and AToM VCCV address-start address-end address-increment ] | traffic-eng tunnel-interface tunnel-number } [source source -address ] [timeout seconds ] [ttl maximum- time-to-live ] [exp exp-bits ] Option Interactions and Loops Usage examples for the MPLS LSP Ping and Tracerou...
To check for load balancing paths, you use the 127.z.y.x/8 destination address in theping mpls ipvrip-address address-maskdestinationaddress-start address-end address-incrementcommand. The following examples show that different paths are followed to the same destina...
MPLS LSP Ping, Traceroute, and AToM VCCV As Multiprotocol Label Switching (MPLS) deployments increase and the traffic types they carry increase, the ability of service providers to monitor label switched paths (LSPs) and quickly isolate MPLS forwardin...
Examples for the MPLS LSP Ping/Traceroute for LDP/TE, and LSP Ping for VCCV feature are based on the sample topology shown in the figure below. Figure 5 Sample Topology for Configuration Examples Enabling Compatibility Between the MPLS LSP and Ping or Traceroute ...
To check for load balancing paths, you use the 127.z.y.x/8 destination address in theping mpls ipvrip-address address-maskdestinationaddress-start address-end address-incrementcommand. The following examples show that different paths are followed to the same destina...
Examples for the MPLS LSP Ping/Traceroute for LDP/TE, and LSP Ping for VCCV feature are based on the sample topology shown in the figure below. Figure 5 Sample Topology for Configuration Examples Enabling Compatibility Between the MPLS LSP and Ping or Traceroute ...