After the Huawei wireless controller enables the automatic RF tuning function, if the AP finds that the channel utilization is too high, the noise floor is too high, or the Beacon frame cannot be…

Question

Options

• ATrue
• BFalse

• A
  79% (11)
• B
  21% (3)

Explanation

A is correct because Huawei's automatic RF tuning (also called auto-RF or dynamic RF management) works through a cooperative model: the AP monitors its own radio environment and acts as a local sensor, reporting trigger conditions - high channel utilization, elevated noise floor, or Beacon transmission failures - up to the wireless controller (AC), which then makes the tuning decision. This matches exactly how Huawei's WLAN architecture separates local sensing (AP) from centralized decision-making (AC).

B is wrong because it would imply the described behavior is incorrect, but this is the documented behavior of Huawei's RF tuning framework - the AP does actively report these specific conditions to the AC to initiate local RF adjustments.

Memory tip: Think of the AP as a "field reporter" and the AC as the "editor in chief" - the AP spots the problem (high utilization, high noise, broken Beacons) and files a report; the AC decides what to do. If the AP notices any of those three red flags, it escalates - that's the trigger chain.

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