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General| Brand | Nokia |
|---|---|
| Model | 7705 |
| Category | Network Router |
| Language | English |
Describes services and protocol support for MPLS and RSVP-TE on the 7705 SAR.
Intended for network administrators with networking principles knowledge.
Provides information on contacting Nokia technical support for assistance and documentation updates.
Provides information to configure MPLS and RSVP-TE for the 7705 SAR.
Describes Multiprotocol Label Switching (MPLS) as a label switching technology for connection-oriented paths.
Explains how TE maximizes throughput and minimizes delay by routing traffic efficiently.
Details the supported LSP types: static LSPs and signaled LSPs (explicit-path, constrained-path).
Introduces Resource Reservation Protocol (RSVP) and its traffic engineering extension (RSVP-TE).
Introduces RSVP-TE-based signaling for dynamically establishing tunnels.
Covers protecting primary LSPs with secondary LSPs and supports shared risk link groups (SRLGs).
Provides a mechanism to protect against RSVP-TE signaled LSP failures by reacting to failures as soon as possible.
Explains how unnumbered interfaces can be used via RSVP-TE for signaling traffic engineering LSPs.
Covers Path Computation Element Communication Protocol (PCEP) support for PCC capabilities for RSVP-TE LSPs.
Discusses SR-TE's ability to perform shortest path routing and source routing using abstract segments.
Explains how SR-TE LSP path can be computed by the router or an external TE controller.
Displays the process for configuring MPLS and RSVP-TE parameters.
Offers information to configure MPLS and RSVP-TE using the CLI.
Explains how MPLS enables routers to forward traffic based on labels.
Provides MPLS configuration information and examples.
Gives an overview of common configuration tasks for MPLS and provides CLI commands.
Discusses MPLS configuration management tasks.
Discusses RSVP-TE configuration management tasks.
Provides information on configuring and operating Segment Routing with Traffic Engineering (SR-TE) LSP.
Outlines prerequisite parameters for SR-TE configuration.
Details configuring an SR-TE LSP using CLI.
Explains configuring path computation requests and updates to PCE for SR-TE LSPs.
Explains configuring adjacency hold timers for LFA or remote LFA backup.
Shows PCEP PCC parameter configuration for PCE peering.
Introduces PCEP as a protocol for communication between WAN SDN controller and network elements.
Describes the base PCEP implementation using RFC 5440 and its main functions.
Details PCEP operation over TCP, session establishment, and maintenance.
Covers user-configurable PCEP parameters on the PCC, including timers and message rates.
Lists PCC parameters that can be modified while the PCEP session is operational.
Explains the main function of stateful PCE for synchronizing LSP state between PCC and PCE.
Describes PCEP support for PCC-initiated RSVP-TE LSPs.
Lists CLI commands to configure RSVP-TE LSPs in a router acting as a PCEP Client (PCC).
Details how PCC delegates control of RSVP-TE LSP to PCE for path updates.
Covers MBB support for parameter configuration changes, including PCEP-related commands.
Explains PCE path profile usage for requesting path diversity or disjointness for LSPs.
Discusses NSP and VSR-NRC PCE redundancy features.
Details CLI command parameters for configuring PCEP session to standby PCE peer.
Illustrates NSP ecosystem and redundancy across separate sites.
Explains LDP for distributing labels in non-traffic-engineered applications.
Discusses LDP performing dynamic label distribution in MPLS environments.
Explains LDP's processes for PDU transmission, timers, and state machines.
Shows relationships between LDP subsystems and other 7705 SAR subsystems.
Explains LDP activity limited to service-related signaling.
Explains label exchange initiated by the service manager.
Covers inbound and outbound LDP label binding filtering.
Allows operators to monitor traffic forwarding using LDP SDPs.
Discusses inter-area LSPs required for MPLS connectivity between PE devices.
Explains ECMP support for LDP load balancing services using LDP-based LSPs.
Provides local protection for an LDP FEC by precalculating and downloading primary and backup NHLFEs.
Provides stitching between LDP FEC and SR node SID route for IPv4 /32 IS-IS prefix.
States that 7705 SAR supports point-to-multipoint mLDP.
Allows downstream LSR to perform fast switchover to another upstream LSR.
States that 7705 SAR extends LDP control plane and data plane for LDP IPv6 adjacencies and sessions.
Explains LDP IPv6 using 128-bit LSR ID and Hello packets.
Describes LDP advertising and withdrawing IPv6 addresses and FECs.
Covers LDP advertising FEC types over IPv4 or IPv6 sessions.
Defines adjacency-level FEC-type capability advertisement.
Describes IP address and FEC distribution when LDP LSR initializes session.
Modifies IGP-LDP and static route-to-LDP synchronization features for dual-stack IPv4 or IPv6 LDP interface.
Explains BFD operation over LDP interface tracking IPv4 and IPv6 prefixes and LDP peer address.
States that 7705 SAR supports SDPs of type LDP with far-end options using IPv6 addresses.
Covers configuring spoke SDP bound to LDP IPv6 LSP for forwarding mirrored packets.
States that MPLS OAM tools LSP ping and LSP trace can operate with LDP IPv6.
Discusses interoperability with implementations compliant with RFC 5036 for IPv4 LDP control plane.
Recommends steps for smooth transition from IPv4 to IPv6.
Displays the process to provision basic LDP parameters.
Refers to 7705 SAR Services Guide for signaling information.
Provides information to configure LDP using the command line interface.
Explains LDP instantiation and default parameters.
Provides LDP configuration information and examples of common tasks.
Gives an overview of common configuration tasks to configure LDP.
States LDP must be enabled for the protocol to be active, and MPLS must also be enabled.
Covers configuring graceful restart helper parameters for LDP.
Explains inbound and outbound filtering policies for label bindings.
Details configuring LDP interface parameters.
Covers specifying targeted session parameters for LDP.
Explains specifying LDP peer parameters.
Explains configuring export-tunnel-table for LDP-to-SR stitching.
Covers enabling LDP signaling and services for targeted sessions.
Discusses LDP configuration management tasks.
Explains disabling LDP protocol and reverting parameters to defaults.
Covers modifying targeted session parameters.
Details modifying LDP interface parameters.
Provides LDP command reference.
Lists LDP command hierarchies.
Lists global, interface, session, and peer LDP commands.
Lists show commands for LDP discovery, FEC egress stats, FEC originate, interface, and session.
Provides descriptions for LDP configuration, show, monitor, clear, and debug commands.
Lists generic, global, interface, session, and targeted session configuration commands.
Lists LDP global commands like ldp and aggregate-prefix-match.
Details LDP interface parameters commands.
Lists LDP session parameters commands.
Covers LDP targeted session commands.
Lists show commands for LDP discovery.
Lists show commands for LDP discovery, FEC egress stats, FEC originate, interface, and session.
Lists show commands for LDP bindings.
Lists security standards compliance for 7705 SAR.
Lists telecom standards compliance for 7705 SAR.
Lists supported protocols including ATM, BFD, BGP, DHCP, Differentiated Services, etc.
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