In a Virtual Chassis configuration, which three criteria determine which switch becomes the master after reboot?

In a Virtual Chassis configuration, identifying the master switch after a reboot is crucial for maintaining network operations. The correct criteria that determine which switch becomes the master include switch priority, member ID, MAC address, and prior master/backup status.

Switch priority plays a vital role in this process. Each switch in a Virtual Chassis can be configured with a priority value, and during the election process, the switch with the highest priority will be preferred as the master. If two switches have the same priority, the system will then consider additional criteria to break the tie.

The member ID is a unique identifier assigned to each switch within the Virtual Chassis, determining its position in the chassis and how it interacts within the stack. A lower member ID can have precedence in the master election process if priority levels are identical.

The MAC address of the switches is another factor; typically, the switch with the lowest MAC address will take precedence if the priority and member IDs do not provide a clear winner.

Lastly, the previous operational status of each switch as either master or backup contributes to the decision-making. If a previously elected master switch is still operational and has not experienced a fault, it may regain the master role during the reboot process.

Thus, the process for determining the