Which details should be captured about APs in a WLAN site survey?

Which details should be captured about APs in a WLAN site survey?

• A. Location within facility, antenna type to be used, power output settings, how power will be provided to unit, and the expected data throughput per unit.
• B. Color of AP casing, vendor, firmware version, and warranty period.
• C. Serial numbers only.
• D. Manufacturer, cost, and model number.

Answer: (A)

In a WLAN site survey, you need enough detail to accurately plan coverage, capacity, and practical installation. The most important details to capture about APs are where they will be located, what antenna configuration they use, how much power they will emit, how power will be provided, and the expected data throughput per AP. Location within the facility directly shapes RF coverage and interference, so precise placement helps you model signal strength and dead zones. Antenna type determines the radiation pattern—whether you need broad, omnidirectional coverage or targeted, directional coverage to fit hallways or rooms. Power output settings affect the size of the coverage area and the potential for interference; pairing this with how the AP will be powered (for example, PoE versus local power) informs mounting options and reliability. Finally, knowing the expected throughput per AP ties the hardware choice to user experience, ensuring you deploy enough capacity and plan the backhaul accordingly. Details like the AP’s color, warranty, serial numbers, or vendor and cost are useful for inventory or procurement, but they don’t impact the RF design and performance outcomes you’re aiming to validate in a site survey.

In a WLAN site survey, you need enough detail to accurately plan coverage, capacity, and practical installation. The most important details to capture about APs are where they will be located, what antenna configuration they use, how much power they will emit, how power will be provided, and the expected data throughput per AP. Location within the facility directly shapes RF coverage and interference, so precise placement helps you model signal strength and dead zones. Antenna type determines the radiation pattern—whether you need broad, omnidirectional coverage or targeted, directional coverage to fit hallways or rooms. Power output settings affect the size of the coverage area and the potential for interference; pairing this with how the AP will be powered (for example, PoE versus local power) informs mounting options and reliability. Finally, knowing the expected throughput per AP ties the hardware choice to user experience, ensuring you deploy enough capacity and plan the backhaul accordingly. Details like the AP’s color, warranty, serial numbers, or vendor and cost are useful for inventory or procurement, but they don’t impact the RF design and performance outcomes you’re aiming to validate in a site survey.