After researching solutions for network and internet access for businesses i found that setting
up different access points through out the business may be the most beneficial thing the
business can do to ensure the safety of personal information about the company is secure.
For example setting up a wireless access point for guest free of charge, so that they can use
their phones, tablets and computers while they wait on whatever services that the company
offers. To mount the wireless access point on the wall or ceiling is easy to do they can use
whatever access point caters to their companies needs. For the splitter TP- Link has a couple
different options you can choose from it depends on the companies need and demands. As
far as the price of everything that you will need it depends on what you want to pay and
what kind of devices you need to make your network successful. from the equipment I
choose it came to a total of around $700 in all for everything that was needed. For providing
Wifi access to the guests in the lobby of the building. I have selected the TP-Link Omada
AC1750 Wireless Access Point. It could easily be mounted on the wall or the ceiling and it
is ideal for businesses as well as homes. The high level of performance and strong security
features make it an ideal choice. For the splitter, I would go with the TP-Link TL-SG2210P
8-Port Gigabit Smart PoE Switch as it has unique features like Vlan, Support QoS, etc that
can enhance its overall efficiency during its life (Kindberg et al., 2008). On the basis of how
the purchasing would be done, starting from the wireless access point to the switch, the
expense would be incurred. For example, if these products would be purchased on Amazon,
the cost for PVC CAT-6a cabling could start at around USD 10 to 15 for every 100 feet.
Thus the overall cost relating to all the items that have been selected for providing Wi-Fi
access to the guests in the lobby of the building would be close to USD 500 to USD 700.
This expense would also encompass some of the warranted items which could help to
manage the overall level or expenses. Didn’t quite know how to ask this at first. I actually
took me a while to understand exactly what the discussion question was asking me. After
doing some research online and I came up with these options.The one I chose was the
Linksys - Business AC1200 Wi-Fi Access Point.The Linksys Business LAPAC1200C Dual-
Band Cloud Wireless Access Point allows you to remotely manage multiple networks,
access points, and clients under one centralized and easy-to-use dashboard that can be
accessed anytime from anywhere. The price range for this item is $130.Next is a Linksys -8-
Port Gigabit Ethernet POE Switch. Expand office network connections with this Linksys
desktop switch. Each of the eight ports boast Gigabit Ethernet capability, letting you stream
large files without interfering with the network. This item Is in the price range of $85. But
I’m pretty sure you can find it a little bit cheaper. The POE150S Injector fully complies with
IEEE 802.3af standard and can work with all IEEE 802.3af PoE compliant Powered Devices
or PoE Receiver Adapters, such as TP-LINK's TL-POE10R. This switch best works with
AP, IP Camera or IP Phone, applications. If I were a computer and networking consultant
for a small business, if they have rented out a historical building with strict wiring rules well
I can already see that sense there is a strict rule for wiring that means it will make the place
safe for the employees as well as the people that enter the building. They might stumble to
another issue with renting out this building which won't be that much of a hassle to fix but at
least you are aware to what you are going into and the money you are going to have to
invest to this historical building, depending on the materials that made up the historical
building it might be harder for the network to connect but the fix to the issue would be
getting repeaters. Now as compared to renting a regular office space that you won't have to
follow a certain wiring structure and not have to worry about any connection issues.
It being a historical building it may or may not mean something to the community, but if it
does then your business might get negative attention. After doing my research and looking
up the best options for a wireless connection in a historic building. My main
recommendation would be the tp-link omada ac1750. Not only does it support the wireless
access point and has the business level access point. But it also has fast speeds and super
reliable connection. This would be a solid start to boosting the wireless internet connection
in the building. Next thing I would recommend to pair with that is a solid splitter. The
splitter of my selection would be the TP-Link 5 Port gigabyte PoE switch. This isn't the best
option available but the 5 port is a solid starter for getting the wireless connection up and
running smoothly. It's super fast and is easy to use. You just plug in and it is running no
hassle trying to set it up or mess ups. This pair would be a solid setup to get the connection
up and running. You would need a few hundred feet of wiring to make it all bundled up and
complete. While researching I tried to find items with best quality, good pricing and if
possible warranty. I would go with the *tp-link omada ac1750 as the wireless access point
because it can be mounted on a wall or ceiling and has business level access point that is
suitable for homes, hotels, restuarants, and warehouses. I also would reccommend the * d-
link poe access point ac1300 which is high perfomance with strong security and
authentication features it also carries a lmited lifetime warranty if purchased from an
authorized d-link seller. For the splitter I would go with the TP-Link 8 Port Gigabit PoE
Switch as it features 4 PoE port @55w and Support QoS, Vlan, IGMP and Link Aggregation
and can also carry a lifetime warranty if purchased from tp-link. Depending on where you
purchase the cabling from the switch to wireless access point of about 200 feet cost of 200
feet of PVC CAT-6a cabling would run about 43.88 from amazon while would run about the
same starting at about $10-15 per 100 feet. Total cost for the list of items that I choose
would run $500-$700 with some warranted items. Mid-Span PoE Injectors provide a cost
effect solution to power one or two devices over Ethernet. Send data while providing Power
over Ethernet ( PoE ) to standards-based PoE, PoE+ or Hi-PoE compliant devices such as IP
cameras, VoIP phones and wireless access points.
• Inject power without introducing a high port count box
• No need to buy an expensive PoE switch or install electrical wiring and outlets in
hard to reach locations
• Inject PSE power to PoE, PoE+ and Hi-PoE compliant devices
• Provide 4 to 100 Watts of PoE power
• IEEE 802.3af, IEEE802.3at and IEEE802.3bt compliant
• Support for all PoE PDs: Class 1 to 8 & Type 1, 2, 3 and 4
• Support for Single-signature or Dual-signature PDs
• Industrial Temperature PoE Injectors for equipment in -40°C to +75°C operating
temperatures
Inject power without introducing a high port count box
• No need to buy an expensive PoE switch or install electrical wiring and outlets in
hard to reach locations
• Inject PSE power to PoE, PoE+ and Hi-PoE compliant devices
• Provide 4 to 100 Watts of PoE power
• IEEE 802.3af, IEEE802.3at and IEEE802.3bt compliant
• Support for all PoE PDs: Class 1 to 8 & Type 1, 2, 3 and 4
• Support for Single-signature or Dual-signature PDs
• Industrial Temperature PoE Injectors for equipment in -40°C to +75°C operating
temperatures
Manually configuring access points using direct access is a good approach when you only
have a few access points to maintain. With direct access, you can manage an access point
simply by entering its IP address into the Web browser of any tablet or computer that’s on
the same network. From the access point's Web utility, you can run the setup wizard or
specify the settings manually. Examples of setting changes include resetting the password,
specifying the encryption settings, or distributing access to users based on their usernames.
Installing a hardware-based Wi-Fi controller is the approach often taken for large, enterprise
networks. The controller is installed in a server room, where a trained network administrator
configures hundreds or thousands of access points at once. This solution is seldom
appropriate for small or medium-sized networks, however. Not only is the cost of the
hardware daunting, it can require the purchase of software licenses for each access point. If
you later need to make changes to the access points, you only have to alter one access point
in order for those changes to apply across the board. For our first Wi-Fi wireless access
point I have chosen the TP-Link AC1750 access point. For the second option I have found
the TL-WA901ND access point. Now both of these can actually be powered by PoE from
the network cable, but the TL-WA901ND can also run on external power. For our PoE
solution it is another product by TP-Link and this one is the TP-Link PoE Splitter 802.3af
Compliant Gigabit Port 5/9/12V DC Power Output Up to 100 meters325 feet TL-PoE10R.
This PoE splitter can operate at 5/9/12V DC which means that it has more than enough for
both of our Wireless Access points. TP-LINK TL-PoE150S PoE Injector Adapter, IEEE
802.3af compliant, up to 100 meters (325 Feet),Gigabit -10/100/1000. Again we see a
product from TP-Link the reason I tried to stick with the same manufacturer is so that I
know all devices will be compatible and it should be just a plug and play situation. For our
PVC CAT-6a cabling needs I found one site that sells it in bulk for a deal and we got it for
$0.34 per foot, totaling $74. For our plenum CAT-6a I found one for the low price of $99.
Now all together we are looking at a total cost of about $300 to $400. Choosing a wireless
access point I would choose the linksys Business LAPAC2600 Pro series AC2600 dual band
MU-MIMO wireless access point for $149.99. I have always used linksys and had rarely had
any issues that is why i chose this brand as a wireless access point. I have chosen iboot-poe
extender/injector with reboot it runs 179$ on data probe. For the second option i would use
Linksys ac3000 max stream tri band wifi range extender/ booster/ repeater (RE9000) its
$149.99 at Walmart and has five stars. For the splitter i chose its ubiquiti on new egg for
$16.99 and it has five stars. I think for the ethernet cable 200ft is enough I also found it for
$22.99 at walmart for 200ft. I would recommend these options if asked. I think these are the
best because they have great reviews and i have never had to much issues with linksys all
these items together are less than $510. I think with these items you can browse effortlessly
and have no issues with the items at all. Choosing a Wireless access point I decided to go
with OBERON | 1064-00-$236.50. This can be mounted to a ceiling tile or wall if needed
be. This was used quite frequently in my school. Each classroom had one and we hardly
experienced any problems with as many students as we had. When it comes to choosing a
splitter I chose Hirschmann SPIDER 3TX-TAP-$136.57. It supports 25 devices which I
think is more than enough for a small business. For the injector i found UBIQUITI
NETWORKS POE-24-24W Power over Ethernet Injector-$16.79. For the Ethernet cable
200ft should be plenty I found 200 FT Cat6 Blue Plenum Ethernet Patch Cable - White Slip
on Boot-$129.77. I believe these are the best options, I would recommend these to anyone
who needed it. I think everything listed should give guests the best expirence. Allowing
them to be hassle free when it they arrive. Overall, I found the final cost to be $519.63. The
guests in the lobby with this upgrade should be able tlo browse or do whatever they need to
hassle free and effortlessly. I would use the Linksys WAP to install the hotspot. I chose that
one because it can be mounted on the wall or ceiling and it is easy to set up. It may be a little
more expensive than the Netgear but I think it will be worth the price. The injector I chose
is compatible with the AP that I chose. It supports PoE, PoE+, and Ultra PoE. The AP is a
PoE+. I also chose the 200 ft plenum cable because with the building being older the plenum
cable is safer than the PVC cable. Again it isn't cost efficient but it doesn't release toxic
fumes if it were to catch fire. The total cost for the hotspot is around $626. The wireless
access point that I decided to choose is the Ubiquiti UniFi Nano HD for a few reasons. One
of them being it has a long range with support of up to 200 simultaneous users as well as it
can be mounted to any orientation you want to install. The biggest reason is it comes with
ethernet switches that also assist in its support for 802.3af PoE compatibility with a price of
around $160 for the access point itself. I then chose a PoE Texas splitter as it has many
options for which ever connections you decide to choose for the set up, and is compatible
with the access point that I chose, which only starts at the cost of 20 dollars. Next for a
power injector I decided to choose Ubiquiti Networks 48/24w power injector as It is fully
compatible with the access point, and has ease of use with it due to the both products being
made by the same manufacturer. Finally, for the cabling to help finish the whole system, I
went with the Plenum Cat6a. The reasoning being is even though it is more expensive
almost by double the cost, you get significantly more speed through the Ethernet via plenum
which is about $100.
Overall, the cost of the set up will be between $450 to around $500 depending on what you
get within the selected purchases as there are many options given with each.
This question threw me for a loop a little because of the older building with lower power.
From my understanding historical buildings need to hit similar electrical requirements as
non historical. This is mainly based off safety but certain types of wiring that are not
installed today are still acceptable. For instance knob and tube wiring is very unsafe but
provides the same power as a new installed 100 amp box. If the building does not meet code
it would be required to be upgraded or condemned and often times insurance companies
cover some or all of the building ordnance or law for this required change. Assuming that
the building does meet these required code requirements and the power is lower than
expected then I would recommend the Linksys AC1750 for the Wi-fi Adapter. It has options
for both POE and Plug power; Additionally, it has a larger maximum throughput compared
to the other option listed below and can be mounter on a wall or ceiling. Since we are
assuming the building has low power the Ubiquiti Network Injector and Poly Power Kit will
help increase the throughput to the Wifi adapter and split both the power and data to separate
cables. This will require CAT6a Cabling coming in at $58.84 for 200 feet or Plenum CAT6a
Cabling coming in at $93.49 for 200 feet. The total costs of this job will be between 300 -
350.
I understand my limitation; when it comes to measuring watts and making sure I have the
right amount of power is something I am not good with. I like to stick to what I kind of
understand and learn more. I chose to go with a wi-fi wireless access PoE power over
ethernet because of the flexibility and cost associated with the maintenance and material.
Dealing with building codes can add time restricts and add cost. When dealing with
historical buildings you have to keep in mind the electrical outputs may also be dated and
can sometimes cause overheating and other types of power outages. Poe removed the
electrical outlet and the wireless access points can be located where ever you want it. I chose
the devices below because I believed they fit the requirements for this type of building
environment. When I think historical I think of old buildings I have visited in the past (low
lighting, damp feel in the air and seem to have a low hollow noise). The RB-EXTGE device
comes with wall mounts for $69.00 It has the ability to power 2 different devices with PoE
power and maintaining the ethernet connection. Has an extend cable reach up to 500m (1600
feet) Line installation on the Cat5e/Cat6 cable Tycon Power System- $37.95 I really like the
TP-Link TL POE10R POE splitter $25.32; because of the price and it came with a power
cable and network ethernet cable; however I wasn’t sure if I was over thinking this
discussion question. $1.02 per ft=$204.00 For 200 feet of plenum CAT-6a cabling?
$1.18=$236.00