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General| Brand | Nokia |
|---|---|
| Model | 7705 SAR-W Series |
| Category | Network Router |
| Language | English |
Describes services, protocol support, and examples for MPLS (RSVP-TE and LDP) configuration.
Information on contacting Nokia support and accessing product manuals and documentation updates.
Explains MPLS technology, RSVP-TE, and LDP for traffic-engineered and non-traffic-engineered LSPs.
Details Multiprotocol Label Switching (MPLS) as a label switching technology for connection-oriented paths.
Describes Resource Reservation Protocol (RSVP) and its traffic engineering extension (RSVP-TE) for MPLS.
Details how primary LSPs can be protected by up to two secondary LSPs for failure recovery.
Covers the MBB procedure for switching LSPs to new paths without service interruption.
Enables automated creation of point-to-point RSVP-TE LSPs within a single IGP IS-IS level or OSPF area.
Facilitates automatic creation of RSVP-TE point-to-point LSPs to destination nodes matching a peer prefix policy.
Enables automatic signaling of single-hop, point-to-point LSPs to directly connected neighbors.
Supports automatic area border router (ABR) selection at the ingress LER for inter-area RSVP point-to-point LSPs.
Mechanism to protect against LSP failures by reacting as soon as possible, using precomputed backup LSPs.
Defines Shared Risk Link Groups (SRLGs) as sets of interfaces sharing the same failure risk.
Provides a method to reroute transit LSPs away from a node prior to maintenance.
Details how RSVP-TE signaling for traffic engineering (TE) LSPs can be used over unnumbered LDP interfaces.
Describes the support of PCC-initiated RSVP-TE LSPs, including configuration commands and behavior.
Explains how segment routing adds shortest path and source routing capabilities to IS-IS and OSPF.
Details how SR-TE LSPs can be configured with paths computed by the router or an external TE controller (PCE).
Outlines the process to configure MPLS and RSVP-TE parameters, from START to RUN.
Provides essential guidelines and caveats for MPLS and RSVP-TE configuration.
Offers information for configuring MPLS and RSVP-TE using the Command Line Interface (CLI).
Explains how MPLS enables routers to forward traffic based on labels rather than IP address lookups.
Offers an overview of common LDP configuration tasks, including enabling LDP and configuring session parameters.
Discusses tasks for managing MPLS configuration, including deleting, modifying LSPs, paths, and interfaces.
Discusses tasks for managing RSVP-TE configuration, including modifying parameters and interfaces.
Provides information on the configuration and operation of Segment Routing with Traffic Engineering (SR-TE) LSPs.
Provides a reference for MPLS and RSVP-TE commands, organized by command hierarchies.
Introduces PCEP, its role in WAN SDN, and the Nokia Network Services Platform (NSP).
Details the base PCEP implementation using RFC 5440, covering TLVs, objects, and messages.
Explains PCEP session setup over TCP, including OPEN messages, keepalive, and parameter negotiation.
Lists user-configurable PCEP parameters on the PCC, such as keepalive, dead timer, and message rate.
Describes PCEP support for RSVP-TE LSPs, including configuration commands and behavior.
Details how PCE path profiles enforce path diversity and bidirectionality constraints for RSVP-TE LSP paths.
Introduces redundancy support for PCE and PCC capabilities within the NSP ecosystem.
Provides CLI commands and examples for configuring and operating RSVP-TE LSPs with PCEP.
Offers a reference for PCEP configuration commands, organized by command hierarchies.
Explains LDP's role in distributing labels for non-traffic-engineered applications and establishing LSPs.
Details LDP support for point-to-multipoint mLDP, including configuration and protocol aspects.
Allows downstream LSRs to perform fast switchover for mLDP FECs due to upstream LSR failures.
Describes LDP control plane and data plane support for LDP IPv6 adjacencies and sessions using 128-bit LSR ID.
Defines adjacency-level FEC-type capability advertisement and its negotiation for LDP IPv4/IPv6 sessions.
Explains how IP addresses and FECs are distributed in LDP sessions, including dual-stack support.
Details how IGP-LDP synchronization and static route synchronization features are modified for dual-stack interfaces.
Describes how BFD operation over an LDP interface tracks next hops and LDP peer addresses for failure detection.
Illustrates the process for provisioning basic LDP parameters, covering configuration and implementation steps.
Provides information and configuration examples for basic LDP setup on a 7705 SAR router.
Offers an overview of common LDP configuration tasks, including enabling LDP and configuring session parameters.
Discusses tasks for managing LDP configuration, including disabling LDP and modifying parameters.
Provides a reference for LDP commands, organized by command hierarchies.
Lists security standards compliance, including FIPS 140-2 for cryptographic modules.
Details compliance with various telecom standards, including IEEE and ITU-T recommendations.
Lists supported protocols, including ATM, BFD, BGP, DHCP, Differentiated Services, and IPsec.
Lists proprietary Management Information Bases (MIBs) supported by the system for network management.
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