Where the Active User Anchor Controller (A-UAC) assigned is C1, with C2 as the standby. What happens when User1 roams the wireless network and eventually their session is handled by

Refer to the exhibit.

Controllers are configured in a cluster as shown in the exhibit. These are the network details.
A Mobility Master (MM) manages the cluster.
The cluster contains two controllers C1 and C2.
AP1 and AP2 use C1 as their Active AP Anchor Controller (A-AAC), with C2 as their Standby AAC (S-AAC). AP3 and AP4 use C2 as their A-AAC, with C1 as their S-AAC.
User1 establishes a wireless connection via AP1, where the Active User Anchor Controller (A-UAC) assigned is C1, with C2 as the standby. What happens when User1 roams the wireless network and eventually their session is handled by
AP3?
A. The AP3’s A-AAC switches to C1, and the user’s A-UAC switches to C2.
B. The AP3’s A-AAC switches to C1, and the user’s A-UAC remains on C1.
C. The AP3’s A-AAC remains on C2, and the user’s A-UAC switches to C2.
D. The AP3’s A-AAC remains on C2, and the user’s A-UAC remains on C1.

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One thought on “Where the Active User Anchor Controller (A-UAC) assigned is C1, with C2 as the standby. What happens when User1 roams the wireless network and eventually their session is handled by

  1. I guess the correct answer is D!

    Since Controller did Bucket Mapping ahead of time so the A-UAC already mapped to its controller.

    Now, for the AP3 it and its A-AAC is not related to our case and therefore it will remain where it is connected

    شكرا

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