Nortel Networks 8600 manual Label binding, Label advertise mode, Label distribution mode

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L

label

A fixed length header that an LSR uses to forward packets along a Label Switched Path (LSP). A label represents a FEC.

label binding

An association between a label and a FEC, which can be advertised to neighbors to establish an LSP.

label advertise mode

This mode (downstream unsolicited or downstream on demand) determines when the interface distributes label mappings to the next hop upstream.

label distribution mode

This mode (independent or ordered) specifies how an LSR binds a label to a FEC.

Label Distribution Protocol (LDP)

Provides a mechanism for dynamic hop-by-hop label distribution between routers in a Multiprotocol Label Switching (MPLS) network. LDP assigns labels to IGP-learned routes and distributes the label bindings to its peers, to establish label switched paths (LSP) through the network.

LDP target address

IP address of the remote peer to which a targeted LDP session is formed. On the Ethernet Routing Switch 8600, this address is equivalent to the MPLS router ID of the remote peer and the CLIP address of the egress LER.

Nortel Ethernet Routing Switch 8600

Terminology

NN46205-102 01.01 Standard

30 May 2008

Copyright © 2008 Nortel Networks

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Contents Terminology Legal Notice Contents Introduction Software license Software license GeneralNortel Networks Inc. software license agreement Software license Terminology New in this releaseNew in this release Introduction Introduction Address Resolution Protocol ARP Access control entry ACEAccess control list ACL Access control template ACTAggregate Address resolution unit ARUAsynchronous Transfer Mode ATM Advanced Encryption Standard AESAS autonomous system Automatic protection switching APSAttenuation Attribute16 a Bandwidth Backup designated router BDRBaysecure Access Control Bsac Backplane forwarding module BFMBGP neighbor Bit error rate BERBootstrap Protocol BootP BGP Border Gateway ProtocolBreaker Interface Panel BIP Bootstrap router BSRBorder Gateway Protocol BGP Boundary port20 B Central Office CO Cable assemblyCandidate bootstrap router C-BSR Cable plantClassless interdomain routing Cidr Class of service CoSCommand line interface CLI Circuitless IPCustomer edge CE CommunityConstant bit rate CBR Custom AutoNegotiation Advertisement Cana24 C Data Terminating Equipment DTE Denial-of-service DoSData Encryption Standard DES Data Communications Equipment DCEDesignated router DR DiffServ DS boundary or access pointDense wavelength division multiplexing Dwdm DemultiplexingDual port controller DPC Differentiated Services Code Point DscpDigital subscriber line access multiplexer Dslam Digital subscriber line DSLDomain Name System DNS Dynamic Host Configuration Protocol DhcpDistributed MultiLink Trunking Dmlt Distribution treeElectrostatic Discharge ESD Ethernet switches ESEthernet Services Module ESM Electromagnetic Interference EMIExtended Unique Identifier EUI Extensible Authentication Protocol over LAN EAPoLExplicit route ER Explicit pathFile allocation table FAT Far end fault indication FefiFeedback Output Queue FOQ FEC to Nhlfe table FTN32 F Gigabit Interface Converter Gbic Generalized Regular Expression Parser GrepGet nearest server GNS Gigabit Ethernet GE34 G Hypertext Transfer Protocol Http High Availability HAHypertext Transfer Protocol, Secure Https 36 H Interior BGP Ibgp Integrated service director ISDIncoming label map ILM Institute of Electrical and Electronics Engineers IeeeInternet Engineering Task Force Ietf Internet Group membership Authentication Protocol IgapInternet Assigned Numbers Authority Iana Internet Control Message Protocol IcmpInternetwork Packet Exchange IPX Interswitch trunking ISTInternet Protocol version 4 IPv4 Internet Protocol version 6 IPv6Copyright 2008 Nortel Networks Jitter 42 J Label binding Label advertise modeLabel distribution mode LabelLabel use mode Label retention modeLabel switched path LSP Label switched router LSRLayer 2 L2 Lightweight Directory Access Protocol LdapLast member query interval Lmqi LatencyLoad balancing LB Local access transport area LataLink-state advertisement LSA Link-state database LsdbMaximum burst size MBS Management information base MIBMarking MaskMessage Digest 5 MD5 Media Access Control MACMedia access unit MAU Media dependent adapter MDAMulticast Router Discovery Protocol Mrdp Multihomed ASMulticast Link Discovery MLD Multicast router discovery MrdiscMultiplexer MUX Multiple spanning tree configuration identifierMultiple spanning tree configuration table MultiplexingMultiprotocol Label Switching Mpls 52 M Network Address Translation NAT Network Basic Input/Output System NetBIOSNanometer nm Neighbor discovery NDNetwork-to-network interface NNI Nonbroadcast multiaccess NbmaNonVolatile Random Access Memory Nvram Nortel Networks command line interface NncliOptical Ethernet OE Operation, administration, and maintenance OAMOpen Shortest Path First Ospf Open Systems Interconnection OSIOut of band OOB Optical Carrier-level 3 concatenation OC-3c/STM-1Optical Carrier-level 12 concatenation OC-12c/STM-4 Optical Time Domain Reflectometer OtdrPacket over Sonet PoS Password Authentication Protocol PAPPacket Capture Tool Pcap Packet lossPermanent virtual connection PVC Peak cell rate PCRPenultimate router Per-hop behavior PHBPort Port Access Entity PAEPoint-to-Point Protocol PPP PolicingProvider Edge PE device PrefixPrimary rate interface PRI Private virtual circuit PVCProvider core router P router Protocol Independent Multicast, Sparse Mode PIM-SMProvider edge PE 62 P Quality of service QoS 64 Q Real-Time Streaming Protocol Rtsp Random Access Memory RAMRapid Spanning Tree Protocol Rstp Read Write All RWARemarking Remote Authentication Dial-in User Service RadiusRemote login rlogin Reduced instruction set computer RiscRequest for comments RFC Reverse Address Resolution Protocol RarpRemote monitoring Rmon Rendezvous point RPRoute flapping Report Route Object RROResource Reservation Protocol-Traffic Engineering RSVP-TE RIP Routing Information ProtocolRouting policy Routing Information Protocol RIP70 R Secure Sockets Layer SSL Service Advertisement Protocol SAPService level agreement SLA Secure Shell SSHShortest path first SPF Signal computing system architectureSingle Link Smlt SLT single mode fiber SMF ShimSpanning tree Smlt aggregation switchSmlt client Source path messages SPMSynchronous Dynamic Random Access Memory Sdram Switch Fabric SFSwitch Fabric/Central Processor Unit SF/CPU Switched multimegabit data service SmdsNavigation 76 S Time Division Multiplexing TDM Transparent LAN Service TLSTCP Transport Control Protocol Transparent domain identifier TDITransit AS Transparent LAN Services TLSType of service TOS Traffic profileTelevision TV Tunnel groups80 T Unshielded twisted pair UTP Universal asynchronous receiver-transmitter UartUniversal/Local U/L Universal resource locator URL82 U User Datagram Protocol UDPUser-to-network interface UNI Upstream nodeVirtual connection VC View-based access control model VacmVirtual Private LAN Service Vpls Variable bit rate VBRVirtual Router Redundancy Protocol Vrrp Virtual private network identifier VPN-IDVirtual router VR Virtual router forwarding VRFWavelength division multiplexing WDM Web Switching Module WSMWeighted round robin WRR Wiring closet WC86 W Page Terminology Nortel Ethernet Routing Switch
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8600 specifications

Nortel Networks 8600 is a highly regarded member of the Nortel Ethernet routing portfolio, specifically designed to meet the demands of today's bandwidth-hungry environments. This advanced platform is a favorite for service providers and enterprises due to its scalability, reliability, and performance capabilities.

One of the standout features of the Nortel 8600 is its exceptional scalability. The platform supports a wide range of Ethernet services that can accommodate the growth of network applications without requiring significant overhaul. This scalability is driven by its ability to provide multiple 10 Gigabit and 100 Gigabit Ethernet ports, allowing organizations to expand their network as bandwidth needs increase.

The 8600 employs a robust architecture that enhances its performance. It utilizes a switching fabric that delivers high throughput and low latency, making it ideal for applications that demand real-time data transmission, such as voice over IP (VoIP) and video streaming. With support for high-density Ethernet, the 8600 can handle a large number of simultaneous connections, facilitating seamless experiences for end-users.

Another technological highlight of the Nortel 8600 is its integrated service capabilities. The platform incorporates advanced quality of service (QoS) features that prioritize bandwidth for critical applications, ensuring reliable performance even during peak usage times. The 8600 also supports comprehensive security protocols, providing peace of mind for organizations as they navigate the complexities of modern cybersecurity challenges.

Additionally, the platform offers advanced management features that simplify network administration. Built-in tools for monitoring and reporting enhance operational visibility, enabling IT teams to quickly identify and resolve issues. The 8600 is designed to integrate smoothly with existing networking environments, offering interoperability with multiple vendors and protocols, thus protecting investment in other technologies.

Energy efficiency is another characteristic of the Nortel 8600, making it a suitable choice for organizations keen on reducing operational costs and minimizing their environmental impact. The platform is built with energy-saving components and intelligent power management that allow businesses to operate sustainably.

Overall, the Nortel Networks 8600 is a sophisticated routing solution that integrates cutting-edge technologies to meet the demands of modern network environments, making it a preferred choice for organizations seeking a balance between performance, reliability, and cost-effectiveness.
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