After the radio frequency automatic adjustment function is enabled on the wireless controller, changes in the channel and power may cause service interruption of the terminal currently associated…

Question

Options

• ATrue
• BFalse

• A
  16% (8)
• B
  84% (42)

Explanation

Option B is correct because modern wireless controllers with automatic RF adjustment (also called Radio Resource Management) are specifically engineered to apply channel and power changes without disrupting currently associated terminals. The system uses intelligent scheduling and coordination mechanisms - such as 802.11h channel-switch announcements - that signal connected clients to follow the AP to a new channel gracefully, rather than abruptly dropping them. Power adjustments are similarly applied incrementally, preserving existing associations throughout the process.

Why A is wrong: Assuming that any channel or power change inherently breaks connections reflects how legacy or manual RF changes behave, not how automated RF management systems work. The entire value proposition of automatic RF adjustment is seamless optimization with zero (or negligible) user impact.

Memory tip: Think of automatic RF adjustment like a GPS rerouting while you're driving - it smoothly redirects you without stopping the car. Manual changes are like suddenly teleporting to a new road; automatic ones guide you there step by step.

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