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Cisco Rpf Check. Deploying Interdomain IP Multicast. © 2003, Cisco Systems, Inc. All This duplication creates multicast routing loops and generates multicast storms that waste bandwidth and router resources. 2) This is confusing: My understand is RP does not perform RPF check on the SRC IP of the encapsulated multicast stream in the Register message but we can see router is performing RPF check on the Register message pay load i,e SRC IP 199.199.199.10

How to solve RPF check failure when using HSRP in Nexus56K? Cisco
How to solve RPF check failure when using HSRP in Nexus56K? Cisco from community.cisco.com

Hello, Is there any other workaround to reach a ip which is of ip pool configured on outside interface without disabling ip verify reverse path check 2) This is confusing: My understand is RP does not perform RPF check on the SRC IP of the encapsulated multicast stream in the Register message but we can see router is performing RPF check on the Register message pay load i,e SRC IP 199.199.199.10

How to solve RPF check failure when using HSRP in Nexus56K? Cisco

Using the drop count and suppressed drop count statistics, a network administrator can takes steps to isolate the attack at a specific interface. 2) This is confusing: My understand is RP does not perform RPF check on the SRC IP of the encapsulated multicast stream in the Register message but we can see router is performing RPF check on the Register message pay load i,e SRC IP 199.199.199.10 Without the RPF check, R3 would forward the packet it got from R1 to R2, and vice versa, and begin the process of looping packets also with the same logic, R1 and R2 also keep repeating the process

Solved RPF in multicast Cisco Community. Multicast has a concept of Reverse Path Forwarding (RPF) check I thought the RPF check would allow multicast traffic to come in from that source on both interfaces, but it is only allowing it in one.

Cisco mtrace command successful RPF YouTube. This duplication creates multicast routing loops and generates multicast storms that waste bandwidth and router resources. Without the RPF check, R3 would forward the packet it got from R1 to R2, and vice versa, and begin the process of looping packets also with the same logic, R1 and R2 also keep repeating the process