Switching White Papers

Resolving Routes for MPLS Traffic Engineering

Overview This paper describes how Multiprotocol Label Switching (MPLS) traffic engineering maps certain data flows to established label switched paths (LSPs) rather than to data links calculated by the IGP to be part of the best(shortest) path. Multiprotocol Label Switching (MPLS) traffic engineering maps certain data flows to established label switched paths (LSPs) rather than to data links calculated by the IGP to be part of the best (shortest) path. Fundamental to this function is the determination of what traffic is to be mapped to an LSP. Traffic is mapped to an LSP at the tunnel's ingress label switching router (LSR) by designating the egress LSR as the next-hop router for certain destination prefixes. It is important to understand that the LSP does not constitute an entire route to a destination. Rather, the LSP is a next-hop segment of the route. This paper assumes that you understand the basics of MPLS and the JUNOS command-line interface.

Further White Paper Details
PublisherJuniper Networks File FormatHTML & PDF
Date PublishedMay 2001 Downloads18
FormatWhite Papers   
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