
Chapter 15 MPLS Management
MPLS Management Workflow
The significant difference between MPLS and traditional WAN technologies is the way labels are assigned and the capability to carry a stack of labels attached to a packet. The concept of a label stack enables new applications, such as Traffic Engineering (TE), Virtual Private Networks (VPN), fast rerouting around link and node failures, and so on.
Packet forwarding in MPLS is in stark contrast to today’s connection less network environment, where each packet is analyzed on a
A router supporting MPLS is a Label Switch Router, or LSR. An edge node is an LSR connecting to a
MPLS technology also helps deliver highly scalable, differentiated
The Cisco 12000/10720 Router Manager focuses on providing basic troubleshooting capabilities for MPLS configuration
•Fault Management for LSR Interfaces, Label Distribution Protocol (LDP) entities and MPLS tunnels.
•Performance Management for MPLS enabled interfaces.
•Creation and association of VRFs.
•Fault Management for VRFs.
•MPLS trap management.
MPLS Management Workflow
The MPLS Management workflows covered in this chapter are:
•MPLS Forwarding Information
•Fault Management for MPLS LSR Interfaces
–MPLS Interface Status
–MPLS Interface Information
•Performance Management for MPLS LSR Interfaces
–MPLS Interface Performance
•Fault Management for MPLS LDP
–MPLS LDP Entity Status Window
–MPLS LDP Hello Adjacencies
–MPLS LDP Peer Status
•Fault Management for MPLS Traffic Engineering
–MPLS Tunnel Information
Cisco 12000/10700 v3.1.1 Router Manager User Guide
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