Question

In this activity, you will draw a diagram that represents a wireless network setup that will be implemented for a fictitious house, office or apartment building. Your teacher will either assign you a building or you can create one from your own imagination. Requirements: The wireless network should span further than one room. Include the location of all routers, access points, cables and devices. Note where the power sources for the devices will be. Choose and describe the wireless settings of the network. Explain the reasons behind using the chosen wireless standard (better range, better signal, etc). To help you get started, draw an empty house like the one seen below and consider adding in the elements (as well as any others that you€™d like) shown. Upload a picture of your diagram and include the link in this assignment.

Answer 1

In a Computers and Technology high school assignment, the student is required to diagram a wireless network setup for a multi-room structure, detail the placement of network hardware, describe the wireless settings, and justify their choice of Wi-Fi standard based on factors like range and signal quality.

Step-by-step explanation:

When tasked with creating a diagram that represents a wireless network setup, you are working on a Computers and Technology assignment. This involves considering how the wireless network will span across multiple rooms, indicating the position of routers, access points, cables, and devices, and specifying where the power sources will be located. In addition, you need to describe the wireless settings and explain your choice of wireless standard.

The wireless network should be designed considering the frequency of the microwaves used for Wi-Fi, typically in the 2.4 GHz to 5.0 GHz range. The choice of frequency affects range and signal quality. For example, 2.4 GHz has better range and penetrates through walls more effectively, while 5.0 GHz offers faster data rates and is less prone to interference but has a shorter range.

Diagram drawing includes marking the location of WiFi routers or access points, power sources, and also considering how signals will propagate through the building. The WiFi standard chosen, such as 802.11ac or 802.11ax, is based on considerations of range, capacity, signal, and compatibility with devices.