A.

They physical network adapter is chosen by use of a round robin based algorithm for each additional virtual port in the port group that becomes active.

B.

The physical network adapter is chosen by using the source IP address of the virtual machine and the destination IP address as variables in an algorithm.

C.

The physical network adapter is chosen by using the source MAC address as a variable in an algorithm.

D.

The physical network adapter is chosen based on the workloads from each port and the number of physical adapters.

A.

Access Control Lists (ACLs)

B.

Network I/O Control

C.

LACP v2

D.

NetFlow

E.

DSCP Marking

A.

On the ESXi host running the logical router

B.

On the ESXi host running the logical switch

C.

On both ESXi hosts that make up the layer 2 bridge

D.

On each virtual machine that will utilize the layer 2 bridge

A.

At the Virtual Machine’s virtual Network Interface Card (vNIC).

B.

At the Logical Switch virtual port that the Virtual Machine connects to.

C.

At the NSX Controller’s firewall kernel module.

D.

At the ESXi host vmnic used by the vSphere Distributed Switch.

A.

By using Image Builder to pre-load the NSX for vSphere VIBs in the ESXi image in an Auto Deploy solution.

B.

By leveraging VMware Update Manager to install the new NSX for vSphere VIBs into each of the hosts.

C.

By creating a new VMkernel port in the host from the Host and Clusters inventory view in vSphere Web Client.

D.

By entering the ESXi 5.5 management IP address in the NSX Controllers so the VIBs can be installed.

A.

Layer 2 VPNs are used to securely extend Ethernet segments over an untrusted medium.

B.

The NSX Edge Service Gateway can form a Layer 2 VPN with a standards-compliant physical appliance.

C.

The Distributed Router can form a Layer 2 VPN to another Distributed Router or NSX Edge Service Gateway.

D.

Layer 2 VPNs require the two VPN endpoints be in the same Layer 2 segment.