Which solution will require the least amount of administrative work and the least amount of service interruption?

A vSphere 5 implementation consists of a fully automated DRS cluster with two ESXi 5.x

hosts with the following vSphere Standard Switch configuration: 1. Switch A. three vmnics,
one port group named sFTP-PG 2. Switch B. two vmnics, one port group named Web-PG 3.
All vmnics are trunked to the same physical switch. DRS has been configured with an
anti-affinity rule for all virtual machines in the Web-PG so that no more than half of the
virtual machines run on any given host. The virtual machines on WebPG are experiencing
significant network latency. The network team has determined that a performance
bottleneck is occurring at the ESXi host level. Which solution will require the least amount of
administrative work and the least amount of service interruption?

A vSphere 5 implementation consists of a fully automated DRS cluster with two ESXi 5.x

hosts with the following vSphere Standard Switch configuration: 1. Switch A. three vmnics,
one port group named sFTP-PG 2. Switch B. two vmnics, one port group named Web-PG 3.
All vmnics are trunked to the same physical switch. DRS has been configured with an
anti-affinity rule for all virtual machines in the Web-PG so that no more than half of the
virtual machines run on any given host. The virtual machines on WebPG are experiencing
significant network latency. The network team has determined that a performance
bottleneck is occurring at the ESXi host level. Which solution will require the least amount of
administrative work and the least amount of service interruption?

A.
Use vMotion to redistribute some of the VMs in Web-PG to a different ESXi host

B.
Convert the three Switch Bs to a single vSphere Distributed Switch

C.
Migrate Web-PG to Switch A and sFTP-PG to Switch B on each host

D.
Move a vmnic from Switch A to Switch B on each host



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