A network administrator needs to create a backplane stack with four AOS-Switches. The administrator wants to choose which switch becomes the commander.
Which procedure meets those needs?
A network administrator needs to create a backplane stack with four AOS-Switches. The administrator wants to choose which switch becomes the commander.
Which procedure meets those needs?
To ensure a specific switch becomes the commander in a backplane stack with four AOS-Switches, boot up the desired commander first with stacking enabled, then connect the stacking links and boot the other switches. This process allows for the deterministic configuration of the commander, as the first switch powered on will assume the role of the commander.
The answer is C
.Correct answer C. Deterministic configuration To configure the switches so that you determine which switches function as the commander and standby member, complete these steps: 1.Power off all switches that will be part of the backplane stack. 2.Install the stacking modules in the switches and connect the stacking cables to create your stacking topology. 3.Configure the switch that you want to function as the commander. a.Power on the switch that you want to function as the commander. .... you want this switch to always function as the commander, configure the stacking priority. If all switches are booted simultaneously, the switch with the highest priority is selected as commander
It's C. When you put a stack module into the switch it enables stacking. You simply boot the Switch you want to be commander first, then Standby switch, then members.
C. This is known as automatic provisioning. Note once all switches are up, it would be useful set the priorities for each member.
why not B?
Dude becouse the commander elect with the priority high, priority 1 is the most slow priority.