Cisco 10000 Series - Page 32

Contents
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Cisco 10000 Series Router Quality of Service Configuration Guide
OL-7433-09
Configuring MPLS QoS on the Ingress Label Switching Router 20-5
Classifying IP Packets Using a Class Map 20-6
Setting the MPLS EXP Field Using a Policy Map 20-7
Attaching an MPLS QoS Service Policy to an Interface 20-8
Configuration Examples for MPLS QoS 20-8
Configuration Example for Short Pipe Mode 20-9
Configuration Example for Pipe Mode 20-10
MPLS CoS Multi-VC Mode 20-12
Feature History for MPLS CoS Multi-VC Mode 20-12
Label Switched Paths 20-13
Class of Service Map 20-13
QoS for Label-Controlled ATM VCs 20-14
Default Bandwidth for LVCs 20-14
Allocating LVC Bandwidth Using Policy Maps 20-14
MPLS QoS Support in an MPLS Network 20-14
Benefits of MPLS CoS Multi-VC Mode 20-15
Restrictions for MPLS CoS Multi-VC Mode 20-15
Prerequisites for MPLS CoS Multi-VC Mode 20-15
Configuring MPLS CoS Multi-VC Mode 20-16
Configuring Multi-VC Mode in the Core of an ATM Network 20-16
Configuring Queueing Functions on Router Output Interfaces 20-17
Monitoring and Maintaining MPLS CoS Multi-VC Mode Configuration 20-18
Configuration Examples for MPLS CoS Multi-VC Mode 20-18
MPLS Traffic Engineering—DiffServ Aware 20-18
Feature History for MPLS TE—DS 20-19
Sub-pool Tunnels 20-19
Global Pool Tunnels 20-20
Prerequisites for DS-TE 20-20
Restrictions and Limitations for DS-TE 20-20
Configuring DS-TE 20-20
Activating Traffic Engineering on the Router 20-21
Activating Traffic Engineering on the Interface 20-23
Configuring the Tunnel Interface 20-24
Configuring Guaranteed Bandwidth Service 20-25
Verifying and Monitoring DS-TE Configurations 20-26
Configuration Examples for DS-TE 20-28
Configuration Examples for Configuring the Tunnel Head Router 20-28
Configuration Examples for Configuring DS-TE on the Midpoint Routers 20-30
Configuration Examples for Configuring the Tail-End Router 20-31
Configuration Examples for Configuring Guaranteed Bandwidth Service 20-31