A customer is

planning to deploy a new Top of Rack solution. They plan to use a stacking

technology that meets the following requirements:

Support for Multi

Chassis Link Aggregation in an active-active mode;

The control plane

must not be a single point of failure;

Rapid Fail-over;

Unified

Management;

They require a maximum

of two switches per stack.

Which stacking

technology meets the customer's requirements?

How the VSX pair in

Active-Gateway feature does routes and forwards traffic?

How many different

VMACs is supported by the VSX pair in Active-Gateway feature?

What protocol helps the VSX peers to detect each

other's status?

How long does a

VSX dead interval, when a switch decides that its peer is no longer available

on the ISL and initiates split detection?

What a Layer 2 interface is configure between

two VSX peer switches?

What option are used by the switches management

plane to form the VSX pair?

How do appear two

switches in a VSX pair for the device on the other side of the link

aggregation?

What are the VSX

benefits? (Choose three)

An administrator

is defining a VSX LAG on a pair of AOS-CX switches that are defined as primary

and secondary. The VSX LAG fails to establish successfully with a remote

switch; however, after verification, the remote switch is configured correctly.

The administrator narrows down the problem to the configuration on the 

What would cause

this problem?