As a computer and networking consultant to small businesses, you are frequently

asked to find solutions to increasing demands for network and Internet access at a

business. One business rents offices in a historical building that has strict rules for

wiring. They have come to you asking for a solution for providing Wi$-$Fi access to

their guests in the lobby of the building. Research options for a solution and

answer the following questions:

List webpage links showing two options for a Wi$-$Fi wireless access point

$($WAP$)$ that can mount on the wall or ceiling. For one option, select a device

that can receive its power by PoE from the network cable run to the device.

For the other option, select a device that requires an electrical cable as well

as a network cable to the device.

To provide PoE on the network cable from the electrical closet to the

wireless access point, you can use an injector that injects power into a

network cable. Link the webpage for such an injector, making sure the

voltage and wattage output for the injector are compatible with the needs

of both wireless access points.

The distance for network cabling from the switch to the wireless access

point is about $200$ feet $(61$ meters$).$ What is the cost of $200$ feet of

ethernet cabling that supports your selected access point to provide

maximum speeds?

Of the options you researched, which do you recommend? Using this

option, what is the total cost of the Wi$-$Fi hotspot?