100% Juniper JN0-650 Guaranteed Success With Testking Training Materials

This other case would be better matched to Use the PIM designated-router election process for the shared LAN. A selected PIM router acts on the LAN's receiver interest to build upstream state.

This other case would be better matched to Configure a supported rendezvous-point mapping for the intended ASM groups. The shared-tree join messages can reach the correct rendezvous point.

This other case would be better matched to Enable and verify compatible PIM operation on the expected routed interfaces. Adjacent multicast routers can exchange Hello and build control-plane neighbor state.

That action targets Sparse-mode joins: Routers build multicast distribution branches in response to explicit joins. It does not directly resolve the stated PIM SSM join state requirement.

That action targets PIM join-prune control: Upstream routers can stop sending traffic to a branch with no interested receivers. It does not directly resolve the stated PIM SSM join state requirement.

That action targets PIM register message: The RP learns the active source and can connect it to interested shared-tree receivers. It does not directly resolve the stated PIM SSM join state requirement.

This outcome is associated with PIM join-prune control (Use PIM Join/Prune behavior to withdraw unneeded branch state upstream.), not the specified action.

This outcome is associated with Sparse-mode joins (Run supported PIM sparse-mode and establish receiver-driven join state.), not the specified action.

This outcome is associated with PIM register message (Allow the designated source-side router to register the source with the RP according to PIM-SM behavior.), not the specified action.

That alternative applies to PIM join-prune control instead. Upstream routers can stop sending traffic to a branch with no interested receivers.

That alternative applies to PIM register message instead. The RP learns the active source and can connect it to interested shared-tree receivers.

That alternative applies to Sparse-mode joins instead. Routers build multicast distribution branches in response to explicit joins.

This other case would be better matched to Use PIM Join/Prune behavior to withdraw unneeded branch state upstream. Upstream routers can stop sending traffic to a branch with no interested receivers.

This other case would be better matched to Allow the designated source-side router to register the source with the RP according to PIM-SM behavior. The RP learns the active source and can connect it to interested shared-tree receivers.

This other case would be better matched to Run supported PIM sparse-mode and establish receiver-driven join state. Routers build multicast distribution branches in response to explicit joins.

That action targets Shortest-path-tree switchover: A receiver-side router can join a direct source tree rather than continuing through the shared RP tree. It does not directly resolve the stated PIM designated router requirement.

That action targets PIM neighbor discovery: Adjacent multicast routers can exchange Hello and build control-plane neighbor state. It does not directly resolve the stated PIM designated router requirement.

That action targets Static rendezvous point: The shared-tree join messages can reach the correct rendezvous point. It does not directly resolve the stated PIM designated router requirement.

This outcome is associated with Static rendezvous point (Configure a supported rendezvous-point mapping for the intended ASM groups.), not the specified action.

This outcome is associated with Shortest-path-tree switchover (Allow supported PIM shortest-path-tree switchover when appropriate.), not the specified action.

This outcome is associated with PIM neighbor discovery (Enable and verify compatible PIM operation on the expected routed interfaces.), not the specified action.

That alternative applies to Static rendezvous point instead. The shared-tree join messages can reach the correct rendezvous point.

That alternative applies to Shortest-path-tree switchover instead. A receiver-side router can join a direct source tree rather than continuing through the shared RP tree.

That alternative applies to PIM neighbor discovery instead. Adjacent multicast routers can exchange Hello and build control-plane neighbor state.

This other case would be better matched to Configure a supported rendezvous-point mapping for the intended ASM groups. The shared-tree join messages can reach the correct rendezvous point.

This other case would be better matched to Allow supported PIM shortest-path-tree switchover when appropriate. A receiver-side router can join a direct source tree rather than continuing through the shared RP tree.

This other case would be better matched to Enable and verify compatible PIM operation on the expected routed interfaces. Adjacent multicast routers can exchange Hello and build control-plane neighbor state.

That action targets Multicast import policy: Unauthorized groups can be excluded from crossing the controlled boundary. It does not directly resolve the stated Anycast RP resiliency requirement.

That action targets MSDP source coordination: Source-active information can be shared between participating RP nodes. It does not directly resolve the stated Anycast RP resiliency requirement.

That action targets Multicast group scoping: Multicast control or data exchange for the protected groups can be contained within the intended domain. It does not directly resolve the stated Anycast RP resiliency requirement.

This outcome is associated with MSDP source coordination (Use an appropriate Multicast Source Discovery Protocol peering design where supported.), not the specified action.

This outcome is associated with Multicast group scoping (Apply a carefully scoped multicast policy or boundary to the prohibited group range.), not the specified action.

This outcome is associated with Multicast import policy (Configure and apply supported multicast scoping or group filters for the allowed ranges.), not the specified action.