- About This Document
- MPLS Common Configurations
- Overview
- Specifying an MPLS TTL Handling Mode
- Configuring a Packet Load Balancing Mode
- (Optional) Configuring Packet Fragmentation on an MPLS P Node
- (Optional) Configuring the TTL and EXP Processing Mode When the Explicit Null Label Is Used
- (Optional) Configuring TTL and EXP Processing Modes for MPLS Packets with Label 7
- Optimizing MPLS
- Configuring MPLS Resource Threshold-related Alarms
- MPLS TE Configuration
- Overview
- MPLS TE Precautions
- Configuring Static CR-LSP
- Enabling MPLS TE
- (Optional) Configuring Link Bandwidth
- Configuring the MPLS TE Tunnel Interface
- (Optional) Configuring Global Dynamic Bandwidth Pre-verification
- Configuring the Ingress of the Static CR-LSP
- (Optional) Configuring the Transit Node of the Static CR-LSP
- Configuring the Egress of the Static CR-LSP
- (Optional) Configuring a Device to Check the Inbound Interface of a Static CR-LSP
- Checking the Configurations
- Configuring a Static Bidirectional Co-routed LSP
- Enabling MPLS TE
- (Optional) Configuring Link Bandwidth
- Configuring a Tunnel Interface on the Ingress
- (Optional) Configuring Global Dynamic Bandwidth Pre-verification
- Configuring the Ingress of a Static Bidirectional Co-routed LSP
- (Optional) Configuring a Transit Node of a Static Bidirectional Co-routed LSP
- Configuring the Egress of a Static Bidirectional Co-routed CR-LSP
- Configuring the Tunnel Interface on the Egress
- Checking the Configurations
- Configuring an Associated Bidirectional CR-LSP
- Configuring an RSVP-TE Tunnel
- Configuring an Automatic RSVP-TE Tunnel
- Enabling MPLS TE and RSVP-TE
- (Optional) Configuring CSPF
- Configuring IGP TE (OSPF or IS-IS)
- Configuring the Automatic SR-TE Tunnel Capability on a PCC
- Configuring Dynamic BFD For Initiated RSVP-TE LSP
- Configuring Dynamic BFD for Initiated RSVP-TE Tunnel
- (Optional) Enabling Traffic Statistics Collection for Automatic Tunnels
- Checking the Configurations
- Configuring PCE+ to Calculate Paths for MPLS TE Tunnels
- (Optional) Enabling a PCE Client to Support the IETF-Compliant Association Object Format
- Configuring the IP-Prefix Tunnel Function
- Configuring Dynamic Bandwidth Reservation
- Configuring P2MP TE Tunnels
- Enabling P2MP TE Globally
- (Optional) Disabling P2MP TE on an Interface
- (Optional) Setting Leaf Switching and Deletion Delays
- Configuring Leaf Lists
- Configuring a P2MP TE Tunnel Interface
- Configuring a P2MP Tunnel Template
- (Optional) Configuring the Reliability Enhancement Function for a P2MP Tunnel
- Checking the Configurations
- Adjusting RSVP Signaling Parameters
- Configuring RSVP Authentication
- Adjusting Parameters for Establishing an MPLS TE Tunnel
- Importing Traffic to an MPLS TE Tunnel
- Configuring the Limit Rate of MPLS TE Traffic
- Configuring Bandwidth Information Flooding for MPLS TE
- Configuring Tunnel Re-optimization
- Configuring Automatic Tunnel Bandwidth Adjustment
- Disabling the Rerouting Function
- Locking the Tunnel Configuration
- Disabling Automatic Bandwidth Configuration for Physical Interfaces
- Configuring DS-TE
- Configuring MPLS TE Manual FRR
- Configuring MPLS TE Auto FRR
- Configuring MPLS Detour FRR
- Configuring P2MP TE FRR
- Configuring P2MP TE Auto FRR
- Configuring CR-LSP Backup
- Configuring a Tunnel Protection Group
- Configuring Isolated LSP Computation
- Configuring an RSVP GR Helper
- Configuring the Entropy Label for Tunnels
- Configuring Static BFD for CR-LSP
- Configuring Dynamic BFD for CR-LSP
- Configuring Static BFD for TE
- Configuring BFD for P2MP TE
- Configuring Dynamic BFD for RSVP
- Maintaining MPLS TE
- Checking Connectivity of a TE Tunnel
- Checking a TE Tunnel Using NQA
- Checking Tunnel Error Information
- Deleting RSVP-TE Statistics
- Delete the traffic statistics of MPLS TE automatic tunnels
- Resetting the RSVP Process
- Deleting an Automatic Bypass Tunnel and Re-establishing a New One
- Deleting PCEP Session Statistics
- Loopback Detection for a Specified Static Bidirectional Co-Routed CR-LSP
- Configuration Examples
- Example for Establishing a Static MPLS TE Tunnel
- Example for Configuring a Static Bidirectional Co-routed CR-LSP
- Example for Configuring an Associated Bidirectional Static CR-LSP
- Example for Configuring an RSVP-TE Tunnel
- Example for Configuring the IP-Prefix Tunnel Function to Automatically Establish MPLS TE Tunnels in a Batch
- Example for Configuring RSVP Authentication
- Example for Configuring the Affinity Property of an MPLS TE Tunnel
- Example for Configuring an Inter-area Tunnel
- Example for Configuring the Threshold for Flooding Bandwidth Information
- Example for Configuring MPLS TE Manual FRR
- Example for Configuring MPLS TE Auto FRR
- Example for Configuring MPLS Detour FRR
- Example for Configure a Hot-standby CR-LSP
- Example for Configuring a 1:1 Tunnel Protection Group Consisting of Bidirectional Co-routed CR-LSPs
- Example for Configuring Isolated LSP Computation
- Example for Configuring Static BFD for CR-LSP
- Example for Configuring Dynamic BFD for CR-LSP
- Example for Configuring Static BFD for TE
- Example for Configuring BFD for RSVP
- Example for Configuring a P2MP TE Tunnel
- Example for Configuring the IETF DS-TE Mode (RMD)
- Example for Configuring CBTS in an L3VPN over TE Scenario
- Example for Configuring CBTS in an L3VPN over LDP over TE Scenario
- Example for Configuring CBTS in a VLL over TE Scenario
- Example for Configuring CBTS in a VPLS over TE Scenario
- MPLS LDP Configuration
- Overview
- MPLS LDP Precautions
- Configuring a Local LDP Session
- Configuring Global MPLS LDP Functions
- Globally Enabling MPLS and LDP on an Interface
- (Optional) Configuring an LSR ID for a Local LDP Session
- (Optional) Configuring an LDP Transport Address
- (Optional) Configuring Timers for a Local LDP Session
- (Optional) Enabling LDP Loop Detection Negotiation
- Checking the Configurations
- Configuring a Remote LDP Session
- Configuring the Dynamic LDP Advertisement Capability
- Configuring an LDP LSP
- Establishing an LDP LSP
- (Optional) Configuring the PHP Feature
- (Optional) Configuring an LDP Label Advertisement Mode
- (Optional) Configuring a Global LDP Label Distribution Control Mode
- (Optional) Configuring LDP to Automatically Trigger the Request in DoD Mode
- (Optional) Configuring the MPLS MTU of an Interface
- (Optional) Configuring the LDP MTU Signaling Protocol
- (Optional) Configuring the LDP Split Horizon Policy
- (Optional) Configuring the Inbound LDP Policy
- (Optional) Configuring the Outbound LDP Policy
- (Optional) Configuring a Policy for Triggering LSP Establishment
- (Optional) Configuring a Policy for Triggering the Establishment of Transit LSPs
- Checking the Configurations
- Configuring LDP Extension for Inter-Area LSP
- Configuring the LDP Multi-Instance
- Configuring IGP-based LDP Automatic Configuration
- Configuring Static BFD to Monitor an LDP LSP
- Configuring Dynamic BFD for LDP LSPs
- Configuring Dynamic BFD to Monitor an LDP Tunnel
- Configuring Dynamic BFD to Monitor an mLDP P2MP Tunnel
- Configuring LDP Bit Error Detection
- Configuring LDP Auto FRR
- Configuring LDP Session Protection
- Configuring LDP-IGP Synchronization
- Enabling LDP-IGP Synchronization
- (Optional) Blocking LDP-IGP Synchronization on an Interface
- (Optional) Setting a Value for the Hold-down Timer
- (Optional) Setting the Hold-max-cost Timer Value
- (Optional) Setting the Value of the igp-sync-delay Timer
- (Optional) Configuring LDP Graceful Deletion
- Checking the Configurations
- Configuring the LDP GR Helper
- Configuring the LDP Entropy Label Capability
- Configuring LDP over TE
- Configuring LDP Security Features
- Configuring an mLDP P2MP Tunnel
- Configuring mLDP P2MP FRR Link Protection
- Configuring LDP Traffic Statistics Collection
- Configuring the Uniform/Pipe Mode for the MPLS Penultimate Hop
- Maintaining MPLS LDP
- Configuration Examples
- Example for Configuring Local LDP Sessions
- Example for Configuring a Remote LDP Session
- Example for Establishing LSPs Through LDP
- Example for Configuring Transit LSPs Through an IP Prefix List
- Example for Configuring an Inbound LDP Policy
- Example for Configuring an Outbound LDP Policy
- Example for Configuring LDP to Automatically Send DoD Requests
- Example for Configuring LDP Extension for Inter-Area LSPs
- Example for Configuring Static BFD for LDP LSP
- Example for Configuring Dynamic BFD to Monitor LDP LSPs
- Example for Configuring Dynamic BFD to Monitor an LDP Tunnel
- Example for Configuring LDP Auto FRR
- Example for Configuring LDP Session Protection
- Example for Configuring LDP over TE
- Example for Configuring an mLDP P2MP LSP
- Seamless MPLS Configuration
- Overview
- Seamless MPLS Precautions
- Configuring Intra-AS Seamless MPLS
- Configuring Inter-AS Seamless MPLS
- Configure an AGG as an RR
- Enabling BGP Peers to Exchange Labeled IPv4 Routes
- Configuring a BGP LSP
- (Optional) Configuring the Mode in Which a BGP Label Inherits the QoS Priority in an Outer Tunnel Label
- (Optional) Configuring the Protection Switching Function
- (Optional) Configuring the Egress Protection Function
- Checking the Configurations
- Configuring Inter-AS Seamless MPLS+HVPN
- Establishing an MP-EBGP Peer Relationship Between Each AGG and MASG
- Enabling BGP Peers to Exchange Labeled IPv4 Routes
- Configuring a BGP LSP
- (Optional) Configuring the Mode in Which a BGP Label Inherits the QoS Priority in an Outer Tunnel Label
- (Optional) Configuring the Protection Switching Function
- (Optional) Configuring the Egress Protection Function
- Checking the Configurations
- Configuring Dynamic BFD to Monitor a BGP Tunnel
- Maintaining Seamless MPLS
- Configuration Examples
- GMPLS UNI Configuration
- GMPLS UNI Overview
- Configuring a GMPLS UNI Tunnel
- (Optional) Configuring PCE to Calculate a Path Crossing Both the IP and Optical Layers
- Configuring a Service Interface
- Configuring LMP and an LMP Neighbor
- Configuring a Control Channel
- Configuring an Explicit Path
- Configuring a Forward GMPLS UNI Tunnel
- Configuring a Reverse GMPLS UNI Tunnel
- Checking the Configurations
- Maintaining GMPLS UNI
- Configuration Examples