- About This Document
- MPLS Features Supported in This Version
MPLS Basics
Static LSP Configuration
MPLS LDP Configuration
- Overview of MPLS LDP
Understanding MPLS LDP
- Summary of MPLS LDP Configuration Tasks
- Licensing Requirements and Limitations for MPLS LDP
- Default Settings for MPLS LDP
Configuring Basic Functions of MPLS LDP
- Configuring the LSR ID
- Enabling Global MPLS
- Enabling Global MPLS LDP
- Configuring LDP Sessions
- (Optional) Configuring an LDP Transport Address
- (Optional) Configuring Timers for LDP Session
- (Optional) Configuring the PHP Feature
- (Optional) Configuring an LDP Label Advertisement Mode
- (Optional) Configuring LDP to Automatically Trigger the Request in DoD Mode
- (Optional) Configuring LDP Loop Detection
- (Optional) Configuring MPLS MTU
- (Optional) Configuring the MPLS TTL Processing Mode
- (Optional) Configuring the LDP Label Policies
- (Optional) Disabling a Device from Distributing Labels to Remote Peers
- (Optional) Configuring a Policy for Triggering LDP LSP Establishment
- (Optional) Configuring Delayed Transmission of Label Withdraw Messages
- (Optional) Enabling LDP to Maintain a Session After Receiving Error TCP Packets
- Verifying the Configuration of Basic MPLS LDP Functions
- Configuring LDP Extensions for Inter-Area LSPs
Configuring Static BFD to Detect an LDP LSP
Configuring Dynamic BFD for LDP LSPs
Configuring Synchronization Between LDP and IGP
- Enabling Synchronization Between LDP and IGP
- (Optional) Blocking Synchronization Between LDP and IS-IS on an Interface
- (Optional) Setting the Hold-down Timer Value
- (Optional) Setting the Hold-max-cost Timer Value
- (Optional) Setting the Delay Timer Value
- Verifying the Configuration of Synchronization Between LDP and IGP
- Configuring LDP FRR
- Configuring LDP GR
Configuring LDP Security Mechanisms
- Configuring Non-labeled Public Network Routes to Be Iterated to LSPs
Maintaining MPLS LDP
Configuration Examples for MPLS LDP
- Example for Configuring Local LDP Sessions
- Example for Configuring Remote MPLS LDP Sessions
- Example for Configuring Coexistent Local and Remote LDP Session
- Example for Configuring Automatic Triggering of a Request for a Label Mapping Message in DoD Mode
- Example for Configuring a Policy for Triggering LDP LSP Establishment on the Ingress and Egress Nodes
- Example for Configuring a Policy for Triggering LDP LSP Establishment on the Transit Node
- Example for Disabling Devices from Distributing LDP Labels to Remote Peers
- Example for Configuring Static BFD to Detect LDP LSPs
- Example for Configuring Dynamic BFD to Detect LDP LSPs
- Example for Configuring Synchronization Between LDP and IGP
- Example for Configuring LDP GR
- Example for Configuring Manual LDP FRR
- Example for Configuring Auto LDP FRR
- Example for Configuring an LDP Inbound Policy
- Example for Configuring LDP Authentication
- Example for Configuring LDP GTSM
- Example for Configuring LDP Extension for Inter-Area LSP
Troubleshooting MPLS LDP
FAQ About MPLS
MPLS QoS Configuration
- Overview of MPLS QoS
Understanding MPLS QoS
- Application of MPLS QoS in the VPN Service
- Licensing Requirements and Limitations for MPLS QoS
- Default Settings for MPLS QoS
Configuring the Mapping of the Precedence in the Public MPLS Tunnel Label
Setting the DiffServ Mode Supported by MPLS VPNs
Configuration Examples for MPLS QoS
MPLS TE Configuration
- Overview of MPLS TE
Understanding MPLS TE
- MPLS TE Application on an IP MAN
- Summary of MPLS TE Configuration Tasks
- Licensing Requirements and Limitations for MPLS TE
- Default Settings for MPLS TE
Configuring a Static MPLS TE Tunnel
Configuring a Dynamic MPLS TE Tunnel
- Enabling MPLS TE and RSVP-TE
- Configuring an MPLS TE Tunnel Interface
- (Optional) Configuring Link Bandwidth
- Advertising TE Link Information
- (Optional) Referencing the CR-LSP Attribute Template to Set Up a CR-LSP
- (Optional) Configuring Tunnel Constraints
- Configuring Path Calculation
- Verifying the Configuration of a Dynamic MPLS TE Tunnel
Importing Traffic to an MPLS TE Tunnel
Adjusting RSVP-TE Signaling Parameters
- Configuring an RSVP Resource Reservation Style
- Enabling Reservation Confirmation Mechanism
- Configuring RSVP Timers
- Configuring RSVP-TE Refresh Mechanism
- Configuring RSVP Hello Extension
- Configuring the RSVP Message Format
- Configuring RSVP Authentication
- Verifying the Configuration of Adjusting RSVP-TE Signaling Parameters
Adjusting the Path of a CR-LSP
- Configuring Tie-Breaking of CSPF
- Configuring Metrics for Path Calculation
- Configuring CR-LSP Hop Limit
- Configuring Route Pinning
- Configuring Administrative Group and Affinity Property
- Configuring SRLG
- Associating CR-LSP Establishment with the Overload Setting
- Configuring Failed Link Timer
- Configuring Flooding Threshold
- Verifying the Configuration of Adjusting the Path of a CR-LSP
Adjusting the Establishment of an MPLS TE Tunnel
- Configuring Loop Detection
- Configuring Route Record and Label Record
- Configuring Re-optimization for CR-LSP
- Configuring Tunnel Reestablishment Parameters
- Configuring the RSVP Signaling Delay-Trigger Function
- Configuring the Tunnel Priority
- Verifying the Configuration of Adjusting the Establishment of an MPLS TE Tunnel
Configuring CR-LSP Backup
Configuring Manual TE FRR
Configuring Auto TE FRR
- Enabling Auto TE FRR
- Enabling the TE FRR and Configuring the Auto Bypass Tunnel Attributes
- (Optional) Configuring a TE FRR Scanning Timer
- (Optional) Changing the PSB and RSB Timeout Multiplier
- (Optional) Configuring Auto Bypass Tunnel Re-Optimization
- (Optional) Configuring Interworking with a Non-Huawei Device
- Verifying the Auto TE FRR Configuration
- Configuring Association Between TE FRR and CR-LSP Backup
Configuring a Tunnel Protection Group
Configuring Dynamic BFD for RSVP
Configuring Static BFD for CR-LSPs
Configuring Dynamic BFD for CR-LSPs
Configuring Static BFD for TE Tunnels
Configuring RSVP GR
Maintaining MPLS TE
- Verifying the Connectivity of the TE Tunnel
- Verifying a TE Tunnel By Using NQA
- Enabling the MPLS TE Trap Function
- Configuring Conditions That Trigger CSPF Resource Threshold-Reaching Alarms
- Clearing the Operation Information
- Verifying Information About TE
- Resetting the Tunnel Interface
- Resetting the RSVP Process
- Deleting or Resetting the Bypass Tunnel
Configuration Examples for MPLS TE
- Example for Configuring a Static MPLS TE Tunnel
- Example for Configuring a Dynamic MPLS TE Tunnel
- Example for Setting Up CR-LSPs Using CR-LSP Attribute Templates
- Example for Configuring IGP Shortcut to Direct Traffic to an MPLS TE Tunnel
- Example for Configuring Forwarding Adjacency to Direct Traffic to an MPLS TE Tunnel
- Example for Setting Attributes for an MPLS TE Tunnel
- Example for Configuring Srefresh Based on Manual TE FRR
- Example for Configuring RSVP Authentication
- Example for Configuring RSVP Authentication Based on Manual TE FRR
- Example for Configuring SRLG Based on Auto TE FRR
- Example for Configuring SRLG Based on CR-LSP Hot Standby
- Example for Configuring CR-LSP Hot Standby
- Example for Configuring Manual TE FRR
- Example for Configuring Auto TE FRR
- Example for Configuring Association Between TE FRR and CR-LSP Backup
- Example for Configuring an MPLS TE Tunnel Protection Group
- Example for Configuring Dynamic BFD for an MPLS TE Tunnel Protection Group
- Example for Configuring Static BFD for CR-LSPs
- Example for Configuring Dynamic BFD for CR-LSPs
- Example for Configuring RSVP GR
Seamless MPLS Configuration
- Overview of Seamless MPLS
- Understanding Seamless MPLS
- Application of Seamless MPLS in VPN
- Licensing Requirements and Limitations for Seamless MPLS
Configuring Intra-AS Seamless MPLS
Configuring Inter-AS Seamless MPLS
Configuring Dynamic BFD to Monitor a BGP Tunnel
- Verifying Connectivity and Reachability of Seamless MPLS Networks
Configuration Examples for Seamless MPLS