Refer to the exhibit. A client roams between two APs that are registered to two different controllers, where each controller has an interface in the client subnet. Both controllers are running AireOS. Which scenario explains the client roaming behavior?
A) Controllers exchange mobility control messages (over UDP port 16666) and the client database entry is moved from the original controller to the new controller.
B) Controllers do not exchange mobility control messages (over UDP port 16666) and the client database, entry is not moved from the original controller to the new conrtoller.
C) Controllers exchange mobility control messages (over UDP port 16666) and a new client session is started with the new controller.
D) Controllers exchange mobility control messages (over UDP port 16666) and the client database entry is tunneled from the original controller to the new controller.

Question

Refer to the exhibit. A client roams between two APs that are registered to two different controllers, where each controller has an interface in the client subnet. Both controllers are running AireOS. Which scenario explains the client roaming behavior?
A) Controllers exchange mobility control messages (over UDP port 16666) and the client database entry is moved from the original controller to the new controller. 
B) Controllers do not exchange mobility control messages (over UDP port 16666) and the client database, entry is not moved from the original controller to the new conrtoller. 
C) Controllers exchange mobility control messages (over UDP port 16666) and a new client session is started with the new controller. 
D) Controllers exchange mobility control messages (over UDP port 16666) and the client database entry is tunneled from the original controller to the new controller.

Quizplus · Accepted Answer

The Answer of  Refer to the exhibit. A client roams between two APs that are registered to two different controllers, where each controller has an interface in the client subnet. Both controllers are running AireOS. Which scenario explains the client roaming behavior?
A) Controllers exchange mobility control messages (over UDP port 16666) and the client database entry is moved from the original controller to the new controller. 
B) Controllers do not exchange mobility control messages (over UDP port 16666) and the client database, entry is not moved from the original controller to the new conrtoller. 
C) Controllers exchange mobility control messages (over UDP port 16666) and a new client session is started with the new controller. 
D) Controllers exchange mobility control messages (over UDP port 16666) and the client database entry is tunneled from the original controller to the new controller.

Refer to the Exhibit