Nightly RRM runs extensively retune channels across city-hall APs; each morning users experience roam storms and unstable performance until the plan settles. How should RRM be stabilized?
Select an answer to reveal the explanation.
Short Explanation
If the street signs move every night, morning drivers get lost—and so do Wi-Fi clients after RRM thrash. Slow down how often channels flip and lock the important ones. Stable RRM beats a “perfect” plan that rearranges itself before coffee.
Full Explanation
Unstable RRM that frequently reassigns channels forces mass client roams and transient performance loss. Expert practice constrains sensitivity, change intervals, and protected channels so optimization remains gradual and predictable. Unconstrained daytime thrash, disabling monitoring, or collapsing to one channel are harmful countermeasures.