A.Tier-0 gateways can be the Rendezvous Point.

B.Multicast routing is implemented with PIM Sparse-Mode.

C.An Edge can be the Rendezvous Point.

D.Multicast is supported in ESXi and KVM transport nodes.

E.IGMP Snooping is used to populate multicast forwarding tables.

A.set support-bundle file vcpnv.tgz

B.vm-support

C.esxcli system syslog config logger set --id=nsxmanager

D.get support-bundle file vcpnv.tgz

A.get logical-switch arp-table <vni>

B.get logical-switch <vni> arp-table

C.get logical-switch arp-table

D.get logical-switch <logical-switch-uuid> arp-table

E.get logical-switch arp-table <logical-switch-uuid>

A.Since the Compute Manager is disconnected in NSX UI, the WEB-LS segment will not be realized on the KVM Transport Node.

B.The virtual machines running on the KVM Transport Node are connected to the WEB-LS segment, but are in Powered Off state.

C.The virtual machines running on the KVM Transport Node are not connected to the WEB-LS Segment.

D.The virtual machines running on the KVM Transport Node are not connected to the VDS.

E.The KVM Transport node has hardware issues and will not realize the WEB-LS Segment.

A.Place a partner SVM on each compute cluster node.

B.Create a secondary vNIC on each quest VM for SVM communication.

C.Centralize partner SVMs in a service cluster.

D.Add partner SVMs to an edge cluster.
"For SVMs deployed on compute hosts, an SVM does not need to be installed on every host. Some customers prefer to deploy the partner SVM on each host to achieve the least amount of traffic hairpinning. When the partner SVM is deployed in a service cluster, traffic is sent from the compute hosts across the overlay to the hosts in the service cluster."