Competency 1 Reflection: The Role of IT Manager in Infrastructure
BMIS 520 - IT Infrastructure
Liberty University
IT Manager Role
The IT manager should be involved in any decisions related to changing, expanding, or
updating the infrastructure or technology stack for the business. The IT manager being in a
unique position to understand the needs of the business while having a technical
understanding of the current infrastructure and what the technology stack is capable of
delivering is essential to any and all technology related decisions.
Where will the videos be posted?
Where will the video data be stored?
Who will have access to the stored video files?
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
When considering undergo a new project that revolves around the acquisition and
consumption of large amounts of data there are several things that must be considered in
order to understand the impact the project will have on the existing network infrastructure
of the business. The first being where will these videos be posted, will it be on a 3º party's
website or self-hosted solution. This will impact several aspects of the business
infrastructure, the connection to the internet as a whole may need to be greatly increased
to handle the video uploads, which are typically long connections eating up significant
bandwidth needed for other existing business activities. Where will the data be stored,
storing the data on premises will mean that not only will there be increase bandwidth for
the uploads but also potentially for playback for the when the videos are accessed from
outside the network. Additionally, when storing the videos locally it would be foreseeable
additional storage would be required, indicating additional devices and an expanded
network. Finally, who will have access to the video files inside and outside the network.
There is the potential that those accessing will be remote, again impacting the principal
internet connection to the business network. Even if all the connections where internal,
based on the existing network infrastructure may not be able to handle the additional data
trafic to a new storage array, or an offsite storage solution like AWS if one hundred
employees are watching videos simultaneously to review them. Based on the answers to
these first three questions, the impact on the existing business network could relatively
minor, or require significant network improvements.
Designing Networks for Different Companies
There are typically two network models used when discussing networks, the older OSI
model and the newer TCP/IP model. Both models, reach the same conclusion, however the
TCP/IP model is simpler grouping similar functions from the OSI model into single functions.
For either of these two companies using the TCP/IP model will sufice as it will accomplish
the needs of the business and neither needs the granularity of the OSI model. Company 1,
as a small ofice would have a limited need for equipment overall, needing only a switch to
allow communication between the 20 computer and 2 printers, and a gateway(router) to
handle the trafic leaving the site to the internet and back in. When looking at Company 2, its
really just several copies of Company 1, meaning that each site would need the same switch
and gateway (router). This by itself would allow for the sites to communicate with one
another and reach the data storage site. Based on budget, and the amount and necessary
security of the data, it could also be advisable to have physical links between the sites,
allowing for more more eficient and secure connections between the various sites.
