An administrator enables AP load balancing for a cluster of Mobility Controllers (MCs). APs connected to the cluster have an LMS IP address configured in their AP Group configuration. No other parameters are changed in the cluster.
If the two load AP thresholds are reached, what occurs?
A. The users and APs are rebalanced across the cluster.
B. The APs are rebalanced across the cluster.
C. The users are rebalanced across the cluster.
D. The APs always stay connected to the LMS IP address configured in the AP Group profile.
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This afirmation is corret. But the user too are rebalanced in the MC cluster
The LMS IP address is considered as Active-AAC for the AP. However, when AP LB is enabled , it will assign an Active-AAC and LMS-IP will be ignored
Just an FYI
Client LB is enabled by default
AP LB is disabled by default
AP LB is enabled by default since 8.3 (and HPE6-A71 is 8.4)
Good catch , I found the same
B is the right answer
The answer is: B
As the load balancing enabled, the APs are rebalanced across the cluster.
Traditionally, the network treats the LMS IP in the AP system profile as the AAAC for the AP. This is difficult for the customer because they must plan the AP distribution in the cluster. They must carefully choose the AP’s LMS IP and backup LMS IP.
This process can be time consuming and tedious. The AP LB feature automatically assigns an AP’s Active AAC (A-AAC) based on the load.
The AP terminates on this assigned AAAC, thus ignoring the lms-IP when you enable AP LB.
B should be the correct answer.
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LMS is used when the AP boot to find the MC. After that, the AP create a connexion with his A-AAC and S-AAC
The two load AP thresholds should be more than 50% (or 20% in new 8.6.x ) load on MC and more that 5% bettween 2 MC