7705 SAR R4 en Datasheet

Alcatel-Lucent7705SARS E R V I C E A G G R E G AT I O N R O U T E R | R E L E A S E 4 . 0

The Alcatel-Lucent 7705 SAR portfolio is optimized for multiservice adaptation, aggregation and routing, especially onto a modern Ethernet and IP/MPLS infrastructure. Leveraging the powerful Service Router Operating System (SR OS) and 5620 Service Aware Manager (SAM), it is available in compact, low power consumption platforms delivering highly available services over resilient and flexible network topologies.

The 7705 SAR is well suited to the aggregation and backhaul of 2G, 3G and LTE mobile traffic — providing cost- effective scaling and the transformation to IP/MPLS networking. Business services modernization is supported in the transition from legacy to consolidated, packet-based operation. Hugely reduced equipment footprints are achievable with reduced energy costs. Industries, enterprises and government organi-zations can deploy with confidence, achieving reliable and resilient support of legacy and advanced services.

The Alcatel-Lucent 7705 SAR owes much of its development heritage to the Alcatel-Lucent Service Router (SR) product line. Sharing much of the market-leading feature set of that

product line, the Alcatel-Lucent 7705 SAR brings a powerful, service-oriented capability to the RAN, specifically in form factors and at-price points that are particularly appropriate for cell sites and hub locations in addition to denser points of concentration. With end-to-end service management under the Alcatel-Lucent 5620 management portfolio, the Alcatel-Lucent 7705 SAR greatly augments the IP/MPLS RAN transport solution from Alcatel-Lucent.

Service aggregation and networkingTo provide the most efficient transport solution, the Alcatel-Lucent 7705 SAR can employ pseudowire encapsulation methods to map services end to end. The use of pseudowires ensures that the key attributes of the service are main-tained, while using a cost-effective packet environment to aggregate services. In addition to pseudowire transport, IP routing and forwarding and Virtual Private LAN Service (VPLS) are supported. Services such as Asyn chronous Transfer Mode (ATM), inverse multi plexing over ATM (IMA), Ethernet and TDM traffic can be natively switched across the 7705 SAR.

The Alcatel-Lucent 7705 Service Aggregation Router (SAR) portfolio delivers industry-leading IP/MPLS and

pseudowire capabilities in compact platforms with the ability to reliably groom and aggregate multiple media,

service and transport protocols onto an economical packet transport infrastructure.

Alcatel-Lucent 7705 SAR-F

Alcatel-Lucent 7705 SAR-8

Alcatel-Lucent 7705 SAR-18

Alcatel-Lucent7705SAR|Release4.0|DataSheet2

The Alcatel-Lucent 7705 SAR supports RFC 5086 — Structure-Aware TDM Circuit Emulation Service over Packet Switched Network (CESoPSN) and also RFC 4553 — Structure-Agnostic TDM over Packet (SAToP) for the encapsulation and transport of TDM traffic; for example, from mobile 2G, TDM-attached base stations. The use of circuit emulation service (CES) ensures that only the active time slots are trans-ported, keeping bandwidth usage to a minimum. Also, the Alcatel-Lucent 7705 SAR supports RFC 4717 — Encap-sulation Methods for Transport of ATM over MPLS networks; N:1 cell mode is supported. Multiple access ATM ports are bundled together to attain higher speeds using IMA. The IMA protocol is terminated on the Alcatel-Lucent 7705 SAR, and only the cells containing user data that belong to a virtual circuit/virtual path (VC/VP) structure are trans-ported. RFC 4448 — Encapsulation Methods for Transport of Ethernet over MPLS Networks is also supported. To offer greater scalability, all the traffic out of an Ethernet port can be carried over a single Ethernet pseudowire or, alternatively, a pseudo-wire can be created for each VLAN that is assigned to a different service or end customer. IP pseudowires are supported and provide the ability to deterministically carry IP traffic between disparate media. For example, IP traffic can be carried between a Point-to-Point Protocol (PPP) (or Multi-Link Point-to-Point Protocol(MLPPP)) access and an Ethernet connection. The 7705 SAR product line supports Border Gateway Protocol (BGP)/MPLS Virtual Private Networks (VPNs) to allow the separation of Layer 3 traffic between different groups of users or organizations. Virtual Private LAN Service (VPLS) is supported for the delivery of Layer 2 VPNs. Analog voice encoding and transport is available on the 7705 SAR-8 and the 7705 SAR-18. Voiceband analog traffic can be carried over a modern network infrastructure between two analog devices using either traditional T1/E1 network interfaces or over Ethernet or MLPPP interfaces.

Highly flexible network infrastructure options include the use of MPLS, IP or GRE (Generic Routing Encapsulation) tunneling for aggregated traffic. When dynamic MPLS signaling is deployed, the end-to-end pseudowire is estab-lished using targeted label distribution protocol (T-LDP) and the MPLS tunnel using LDP. In addition to efficient LDP-based dynamic signaling, static provisioning of both the MPLS tunnel and the pseudowire is supported. GRE or IP tunneling allows low-cost, ubiquitous IP networks to be used for backhauling; for example, for the transport of HSPA (High Speed Packet Access) off-loaded traffic using DSL access media.

Label switched routingThe 7705 SAR can be configured as either a Label Edge Router (LER) or a full Label Switched Router (LSR). Label Switched Paths (LSPs) can be signaled using either the Label Distribution Protocol (LDP) or the Resource Reservation Protocol with Traffic Engineering (RSVP-TE). The 7705 SAR brings a strong suite of traffic engineering and resiliency capabilities using functions such as Constraint-based Shortest Path First (CSPF) routing, Fast Reroute (FRR), primary and secondary LSPs and redundant pseudowires.

Quality of service and traffic managementIt is critical to maintain the end-to-end quality of service (QoS) for packet traffic. Not all types of traffic have the same set of requirements. Voice traffic in particular requires low latency and jitter (latency variation) as well as low loss, whereas data traffic often has less stringent delay requirements but may be very sensitive to loss, as packet loss can seriously constrain application throughput. To offer the required treatment throughout the network, traffic flows with different require-ments are identified at the access and marked in-line with the appropriate QoS metrics. Traffic classification and

marking are carried out based on the following categories:

Classification (Layer 1/Layer 2/Layer 2.5 and/or Layer 3 header):

• Timeslot/port

• Ethernetport/VLAN

• ATMservicecategory(CBR/rt-VBR/nrt-VBR/UBR)

• ATMVC

• Ethernet802.1p/VLAN

• IPDSCP/MPLSEXP

Marking:

• Layer2(802.1p)

• Layer2.5(EXP)bothfortunnel and PWE3

• Layer3(DiffServ)

The Alcatel-Lucent 7705 SAR utilizes extensive traffic management policies to ensure fairness with detailed classification and hierarchical scheduling including: minimum/maximum, queue type-based weighted round robin or strict priority and profiled scheduling, as well as multi-tier policing to differentiate and prioritize individual services and flows.

Operations, administration and maintenanceIn order to ensure continuity of services, the Alcatel-Lucent 7705 SAR has a full set of operations, administration and maintenance (OAM) features including:

• LSPping

• LSPtraceroute

• Servicedistributionpath(SDP)ping

¬ Verifies, for example, tunnel con-nectivity and round-trip delay

• Virtualcircuitconnectivityverification(VCCV)

¬ Verifies, for example, service level existence and round-trip time

¬ Extends OAM to pseudowire services

• EthernetOAMfunctions,forexample:

¬ 802.3ah: Ethernet in the First Mile

¬ 802.1ag: Connectivity Fault Management

¬ Y.1731: Ethernet OAM mechanisms for fault management — mainly at a service level

Alcatel-Lucent7705SAR|Release4.0|DataSheet 3

• ServiceAssuranceAgent(SAA)

¬ Runs in background, periodically collecting network ‘health’ information from OAM mechanisms (such as VCCV) and monitoring for problems (such as SLA transgressions)

These features, when under the control of the Alcatel-Lucent 5620 management portfolio, ensure rapid fault detection as well as efficient troubleshooting. In particular, SLAs can be proactively monitored by the SAA. This powerful capability allows the specification of test suites, policies and schedules. The tests are then auto-created, and the results obtained are automatically compared to pre- defined SLA metrics. Any transgressions detected are automatically reported through the SAA to operations staff. An auto-discovery protocol is sup-ported to allow rapid commissioning of remote devices.

SynchronizationCell sites rely on the backhaul network to provide synchronous interfaces for the proper delivery of data. In addition, cell sites may rely on the network interfaces as stable references with which to derive radio frequencies and

to ensure reliable subscriber handover between cell towers. Accurate synchro-nization is also important in wireline networks in maintaining network operational integrity; for example, avoiding data underflows and over-flows and transmission ‘slips.’

The Alcatel-Lucent 7705 SAR supports external reference timing, line timing, adaptive clock recovery (ACR) timing, synchronous Ethernet and also timing distribution using 1588v2. The 1588v2 Master Clock and Boundary Clock functions are also supported. Accuracy and high performance of timing over packet solutions, such as ACR and IEEE 1588v2, are accomplished by a combination of built-in architectural features, efficiently tuned algorithms and powerful QoS mechanisms to minimize the delay experienced by synchronization traffic. These capabilities are cornerstones of the design of the Alcatel-Lucent 7705 SAR. A built-in Stratum-3 clock is provided to assist in synchronization maintenance during unavailability of a primary source.

7705 SAR Family Chassis options

7705 SAR-FThe 7705 SAR-F is a fixed configuration version of the Service Aggregation Router packaged in a one-rack unit (1 RU) high form factor that supports up to 16 T1/E1 any service any port (ASAP) ports. The ASAP ports can be configured to support ATM, ATM IMA, TDM and MLPPP. Six 10/100 Base-T auto-sensing Ethernet ports are provided, plus two further ports supporting10/100/1000Base-TXwithsmall form factor plug gable optics (SFPs). Network uplink connectivity options are: Ethernet, Fast Ethernet (FE), Gigabit Ethernet (GigE), n × T1/ E1 MLPPP or n × T1/E1 ATM IMA. Integrated DS3 point-to-point trunking is supported using a SFP device.

Table 1. Features and benefits

FEATURES BENEFITS

Cost-effectivemigrationfromE1/T1-basedbackhaultoeconomicalandflexibleIP/MPLS-basedtransport,leveragingEthernetorISPnetworkservicesoverawiderangeoffirstmilemedia

TransitionfromPDH-basedconnectivitytomodernEthernetand/orIP-basednetworkinginfrastructurescangreatlyreducerecurringoperatingexpendituressuchaslineleasecosts.

Resiliencyandredundancyincluding:One-for-onehitlesscontrolandswitchmodulefailover(7705SAR-8and7705SAR-18),synchronizationredundancy,networkuplinkresiliencyandredundancyofpowerfeedsplustemperaturehardening(7705SAR-8and7705SAR-F)

Advancedresiliencyfeaturesleadtoimprovednetworkuptime,whichcanpositivelyimpactcustomerretentionandallowcriticalservicestobeofferedforincreasedrevenue.

Powerful,service-awareOAMcapabilitiescomplementedbytheAlcatel-Lucent5620managementportfolioforGUI-basednetworkandelementconfiguration,provisioning,andfaultandperformancemanagement

Rapidfaultdetectionandpowerfulcommissioningandtroubleshootingtoolscanimproveproductivityofoperationsstaffandreducenetworkdowntime.

Denseadaptationofmultipleconvergedservicesontoanefficienteconomicalpacketinfrastructure

Multiprotocolandconvergencecapabilities(withflexibleandgranularQoS)reduceequipmentinstancesneededtocarrymultipletraffictypes.Compact,energyefficientplatformsreducepowerandcoolingcosts.

ExtendsserviceroutingIP/MPLSdynamiccapabilitiestotheremotesite,hubsandnetworkedgeincompactformfactorswithlowpowerconsumption

Modular,flexiblearchitecturealleviatestheburdenofcomplexpre-engineeringandfuturescenarioplanning.Compact,ruggedformfactorsallowremotesitestobeaddressed.

Breadthofsynchronizationsolutionswithflexibleoperation,redundancyandindependentvalidationofaccuracy

Accuratesynchronizationallowscost-effectivedeploymentoverpacketinfrastructureandimprovestheuserexperience(forexample,lessdatalossandminimaldroppedcallsinmobileapplications).


7705 SAR-8The 7705 SAR-8 is a two-rack unit (2 RU) version of the 7705 SAR with industry-leading access density. The platform can be optionally configured with a redundant control and switch module and uplinks. The Alcatel-Lucent 7705 SAR-8 has eight slots; two are allocated for control and switch modules (CSMs), with the remaining six being available for user traffic adapter cards. The Alcatel-Lucent 7705 SAR-8 has a compact, modular architecture, constructed to allow flexible use of line adapter cards so operators can optimize the configuration to meet the specific requirements of a site. With the modular architecture comes additional resilience and flexibility. The platform can optionally support 1+1 fully redun-dant CSMs. This industry-leading, independently validated High Avail-ability feature has been inherited from the Service Router product line and is a strong contributor to overall network uptime. Network uplink connectivity options are: Ethernet, FE, GigE, n × T1/ E1 MLPPP or n × T1/E1 ATM IMA. Integrated DS3 point-to-point trunking is supported using the 4-port DS3 adapter card. OC-3/STM-1 trunking is supported using Packet over SONET/SDH (POS) on the 4-port OC-3/STM-1 clear channel adapter card.

7705 SAR-18The 7705 SAR-18 is a 10 RU version of the 7705 SAR with industry-leading scalability. The platform can be optionally configured with a redun-dant control and switch module and uplinks. The Alcatel-Lucent 7705 SAR-18 has 18 slots; two are allocated for control and switch modules (CSMs), with the remaining 16 being available for user traffic adapter cards. Twelve of the adapter card slots have full duplex 2.5 Gb/s connectivity to the switching fabric, the remaining four have full duplex 10 Gb/s connectivity. The platform can optionally support 1+1

fully redundant CSMs for High Availability. The twelve 2.5 Gb/s adapter card slots support the same adapter cards as the 7705 SAR-8. Network connectivity options are: Ethernet, FE, GigE, n × T1/ E1 MLPPP or n × T1/E1 ATM IMA. Integrated DS3 point-to-point trunking is supported using the 4-port DS3 adapter card. OC-3/STM-1 trunking is supported using POS on the 4-port OC-3/STM-1 clear channel adapter card.

7705 SAR adapter cardsEach of the six adapter card slots in the 7705 SAR-8 or the twelve 2.5 Gb/s adapter card slots in the 7705 SAR-18, can be used to house the following adapter card types, this flexibility alleviates the burden of complex pre-engineering and future scenario planning:

• 4-portOC-3/STM-1clearchanneladapter card, supporting ATM and POS with ports configurable for SONET or SDH operation

• 2-portOC-3/STM-1channelizedadapter card, supporting ATM, ATM IMA, TDM and MLPPP with ports configurable for SONET or SDH operation

• 16-portASAPT1/E1adaptercardsupporting ATM, ATM IMA, TDM and multiclass MLPPP

• 32-portASAPT1/E1adaptercardsupporting ATM, ATM IMA, TDM and multiclass MLPPP

• 8-portEthernetadaptercardsupporting six ports of auto-sensing 10/100Base-TXportsplustwofurtherports supporting 10/100/1000 Ethernet with SFP optics

• 4-portDS3/E3adaptercardsupporting clear channel PPP and ATM service (ATM on DS3 only)

• *6-portEarandMouth(E&M)adapter card supporting selectable μ-Law or A-Law encoding

• *12-portSerialDataInterface(SDI)card, which can be configured for RS232,V.35orX.21operation

• Anauxiliaryalarmcardwith 24 digital alarm inputs, 2 analog inputs and 8 output relays

*Note:SDIandE&Mcardswillbesupportedon the 7705 SAR-18 in a future release.

Alcatel-Lucent7705SAR|Release4.0|DataSheet 5

Chassis-dependent specifications

7705 SAR-F 7705 SAR-8 7705 SAR-18

Capacityforadaptercardsperchassis

– 6 12(2.5Gb/sfullduplex)+4(10Gb/sfullduplex)

Redundancyandresiliency Synchronization,uplinks,MPLStunnel,pseudowires,powerfeeds,coolingfans

Control,fabric,synchronization,uplinks,MPLStunnel,pseudowires,powerfeeds,coolingfans

Control,fabric,synchronization,uplinks,MPLStunnel,pseudowires,powerfeeds,coolingfans

Physicaldimensions • Height:1RU4.45cm(1.75in.)• Depth:25.4cm(10in.)• Width:43.9cm(17.3in.)• Rackmountableina48.2-cmrack,

30-cmdepth(standard19-inchequipmentrack,12-inchdepth)

• Height:2RU,8.9cm(3.5in.)• Depth:25.4cm(10in.)• Width:43.9cm(17.3in.)• Rackmountableina48.2-cmrack,


• Height:10RU,44.5cm(17.5in.)• Depth:30cm(10in.)• Width:43.9cm(17.3in.)• Rackmountableina48.2-cmrack,


Power • Twofeeds:-48/-60VDCortwofeeds:+24VDC

• Third-partysourcedACpowersolutionsavailable:100–240VAC

• Twofeeds:-48/-60VDCortwofeeds:+24VDC

• Third-partysourcedACpowersolutionsavailable:100–240VAC

• Twofeeds:-48/-60VDC• Third-partysourcedACpower

solutionsavailable:100–240VAC

Cooling Built-infivefanarraywithredundancy Onetrayofeightfanswithredundancy Onetrayofeightfanswithredundancy

Operatingenvironment • Normaloperatingtemperaturerange:-40°Cto+65°C(-40°Fto+149°F)sustained

• Normalhumidity:5%to95%non-condensing

• Normaloperatingtemperaturerange:-40°Cto+65°C(-40°Fto+149°F)sustained


• Shortterm(96hours)extendedhumidityrange:5%to95%non-condensing

• Normaloperatingtemperaturerange:-5°Cto+45°C(23°Fto113°F)sustained,-5°Cto+55°C(23°Fto131°F)extended(96hours)


• Shortterm(96hours)extendedhumidityrange:5%to95%non-condensing

Shippingandstoragetemperature

-40°Cto+70°C(-40°Fto+158°F) -40°Cto+70°C(-40°Fto+158°F) -40°Cto+70°C(-40°Fto+158°F)

Service Aggregation Router specifications

Services• TDMpseudowires

¬RFC5086Structure-AwareTimeDivisionMultiplexed(TDM)CircuitEmulationServiceoverPacketSwitchedNetwork(CESoPSN)

¬RFC4553Structure-AgnosticTimeDivisionMultiplexing(TDM)overPacket(SAToP)

•ATMpseudowires

¬RFC4717EncapsulationMethodsforTransportofAsynchronousTransferMode(ATM)overMPLSNetworks

¬N:1cellmode,virtualcircuitconnectionandvirtualpathconnection

¬ATMIMA

• Ethernetpseudowires

¬RFC4448EncapsulationMeth-odsforTransportofEthernetoverMPLSNetworks

¬Rawandtaggedmode

¬MEF9andMEF14certified

• IPpseudowires

¬PPP(asperRFC1661)andMLPPP(asperRFC1990)accesstoIPpseudowires

¬Ethernet(null,tagged)accesstoIPpseudowires

•Analogvoiceencodingandtransport

¬Alaw,μ-law

¬TraffictransportedonaTDMpseudowireIPorMPLSinfrastructure

• IPVPN

¬RFC4364BGP/MPLSIPVirtualPrivateNetworks(VPNs)

• VPLS

¬RFC4762VirtualPrivateLANServicesUsingLDP

Synchronization• Externalreferencetiming

• Linetiming

•Adaptivetiming

• SynchronousEthernet

• Built-inStratum-3clock

• IEEE1588v2

• SynchronizationStatusMessages(SSMs)supportforqualityleveldetermination,sourceselectionandtimingloopavoidance

Traffic management and QoS•Hierarchicalqueuing

•Multi-tierscheduling

• Profiled(inandoutofprofile)scheduling

•Queuetype-basedscheduling

• Ingresspolicingandegressshaping

•Upto8queuesperservice

•Memoryallocationperqueue(CBS,MBSperqueue)

• Premium,assuredandbest-effortforwardingclasses

•WREDoningressandegress

•Classificationbasedon:

¬Layer1/Layer2/Layer2.5and/orLayer3header

¬Timeslot/port

¬Ethernetport/VLAN

¬ATMservicecategory(CBR/rt-VBRrt-VBR/UBR)

¬ATMVC

¬Ethernet802.1p/VLAN

¬IPDSCP/MPLSEXP


•Markingbasedon:

¬Layer2(802.1p)

¬Layer2.5(EXP)bothfortunnelandPWE3

¬Layer3(DiffServ)

Security (node access)•UserID/password-basedauthenti-cationandauthorization

¬Exponentialloginbackoffforbruteforceattacks

¬Localorremotestoringofuserinformation

•Remoteauthentication/authoriza-tionusingRemoteAuthenticationDialInUserService(RADIUS)andTerminalAccessControllerAccess-ControlSystem(TACACS)

• SecureShellv2,SecureFileTransferProtocolandSimpleNetworkManagementProtocol(SNMP)Version3

¬Secureopeninterfaces

• Syslog

¬Capturesecuritylogsonlocalorremoteserver

•Alarmonsuspicioussequenceof operations

•Nodalattack

• Basicfirewallwithfilteringofcontrolplanetraffic

•Denialofservice(DoS)attackprevention(rate-limitingandprioritization)

•Datasecurity

• Transferoverpeer-to-peertunnel(MPLS)

•MD5authentication

• Sequencenumberspreventreplayingofdata

• Statisticsavailableonsuspiciousbehavior

Management• Fully-featured,industry-standardcommandlineinterface

• Serviceassurancetools,includingLSPping,LSPtraceroute,SDPping,VCCV

•ATMIn-bandManagement

• SSHandTelnet

• FTP,TrivialFileTransferProtocolandSecureCopyProtocol

• RADIUS(AAA)

• TACACS+

• SNMPv2/v3

Safety, EMC, environmental and telecom compliance• Safety:

¬UL/CSA60950-1

¬IEC/EN60950-1

¬AS/NZS60950-1

¬IEC/EN60825-1and2(LASERSafety)

• EMC:

¬EN550222006(ClassA)

¬FCCPart152008(ClassA)

¬ICES-003Issue42004(ClassA)

¬EN300386V1.4.1

¬AS/NZSCISPR22:2006(ClassA)

¬TelcordiaGR-1089Issue4

¬RRLNoticeNo.2008-38(ClassA)

¬RRLNoticeNo.2008-39

• Telecom:

¬ICCS-03Issue9

¬ACTATIA-968-A

¬AS/ACIFS016(Australia/NewZealand)

¬ITU-TG.703

¬ITU-TG.707

¬ITU-TG.712

¬ITU-TG.957

¬ITU-TV.24/RS232

¬ITU-TV.36

¬ITU-TX.21

• PowerUtilitySubstation:

¬IEEE1613(Fanrequired)

¬IEC61850-3(Hazardoussubstancesexception(seasaltmist,oil))

• Railway:

¬EN50121-4

•NetworkEquipmentandBuildingStandards(NEBS):

¬NEBSLevel1and3

¬TelcordiaGR-63-CORE,Issue3


¬TelcordiaGR-1089,Issue4

¬ATT-TP-76200

¬VZ.TPR.9305

¬ANSIT1.315-2001

• Environmental:


¬ETSIEN300019-2-1v2.1.2(Class1.2)

¬ETSIEN300019-2-2v2.1.2(Class2.3)

¬ETSIEN300019-2-3v2.2.2(Class3.2)

¬ETSI300132-2v2.2.1

•Directives:

¬EUDirective1999/5/ECR&TTE

¬EUDirective2002/96/ECWEEE

¬EUDirective2002/95/ECRoHS

¬China:MinistryofInformationIndustryorderNo.39–CroHS

Standards and protocolsStandards compliance Ethernet

• IEEE802.1p/QVLANTagging

• IEEE802.1abStationandMediaAccessControlConnectivityDiscovery(LLDP)

• IEEE802.1xExtensibleAuthenticationProtocol(EAP)

• IEEE802.1agServiceLayerOAM

• IEEE802.310Base-T

• IEEE802.3ahEthernetOAM

• IEEE802.3u100Base-TX

• IEEE802.3xFlowControl

• IEEE802.3z1000Base-SX/LX

• ITU-TY.1731OAMfunctionsandmechanismsforEthernet-basednetworks

Protocol supportLDP

•RFC5036LDPSpecification

MPLS

•RFC3031MultiprotocolLabelSwitchingArchitecture

• RFC3032MPLSLabelStackEncoding

•RFC4379DetectingMulti-protocolLabelSwitched(MPLS)DataPlaneFailures

• RFC5817GracefulShutdowninMPLSandGeneralizedMPLSTrafficEngineeringNetworks

RSVP-TE and Fast Reroute

•RFC2430AProviderArchitectureDiffServandTE

• RFC2702RequirementsforTrafficEngineeringoverMPLS

•RFC2747RSVPCryptographicAuthentication

• RFC3097RSVPCryptographicAuthentication

• RFC3209ExtensionstoRSVPforTunnels

• RFC4090FastrerouteextensionstoRSVP-TEforLSPTunnels

OSPF

•RFC1765OSPFDatabaseOverflow

•RFC2328OSPFVersion2

• RFC2370OpaqueLSASupport

• RFC3101OSPFNSSAOption

•RFC3137OSPFStubRouterAdvertisement

• RFC3630TrafficEngineering(TE)ExtensionstoOSPFVersion2

• RFC4203SharedRiskLinkGroup(SRLG)sub-TLV

BGP

•RFC1397BGPDefaultRouteAdvertisement

• RFC1997BGPCommunitiesAttribute

• RFC2385ProtectionofBGPSessionsviaMD5

•RFC2439BGPRouteFlapDampening

•RFC2547bisBGP/MPLSVPNs

•RFC2918RouteRefreshCapabilityforBGP-4

•RFC3107CarryingLabelInformationinBGP-4

•RFC3392CapabilitiesAdvertisementwithBGP-4

•RFC4271BGP-4(previouslyRFC1771)

• RFC4360BGPExtendedCommunitiesAttribute

• RFC4364BGP/MPLSIPVirtualPri-vateNetworks(VPNs)(previouslyRFC2547bisBGP/MPLSVPNs)

• RFC4456BGPRouteReflection:AlternativetoFull-meshIBGP(previouslyRFC1966and2796)

• RFC4724GracefulRestartMechanismforBGP–GRhelper

• RFC4760Multi-protocolExtensionsforBGP(previouslyRFC2858)

IPv6

•RFC2460InternetProtocol,Version6(IPv6)Specification

• RFC2461NeighborDiscoveryforIPv6

•RFC2462IPv6StatelessAddressAutoconfiguration

• RFC2463InternetControlMessageProtocol(ICMPv6)fortheInternetProtocolVersion6Specification

• RFC2464TransmissionofIPv6PacketsoverEthernetNetworks

• RFC3315DynamicHostConfig-urationProtocolforIPv6(RelayAgent)

• RFC3587IPv6GlobalUnicastAddressFormat

• RFC4007IPv6ScopedAddressArchitecture

• RFC4193UniqueLocalIPv6UnicastAddresses

• RFC4291IPv6AddressingArchitecture

IS-IS

•RFC1142OSIIntermediateSystemtoIntermediateSystem(IS-IS)Intra-domainRoutingProtocol(ISO10589)

• RFC1195UseofOSIIS-ISforroutinginTCP/IPanddualenvironments

•RFC2763DynamicHostnameExchangeforIS-IS

• RFC2966Domain-widePrefixDistributionwithTwo-levelIS-IS

• RFC2973IS-ISMeshGroups

• RFC3373Three-wayHandshakeforIS-ISPoint-to-PointAdjacencies

• RFC3567IS-ISCryptographicAuthentication

• RFC3719RecommendationsforInteroperableNetworksusingIS-IS

• RFC3784IS-ISExtensionsforTE

• RFC3787RecommendationsforInteroperableIPNetworks

• RFC4205forSharedRiskLinkGroup(SRLG)TLVdraft-ietf-isis-igp-p2p-over-lan-05.txt

• RFC5309Point-to-PointOperationoverLANinLinkStateRoutingprotocols

BFD

• draft-ietf-bfd-mib-00.txt–Bidi-rectionalForwardingDetectionManagementInformationBase

• draft-ietf-bfd-base-05.txt–Bidi-rectionalForwardingDetection

• draft-ietf-bfd-v4v6-1hop-06.txt–BFDIPv4andIPv6(SingleHop)

• draft-ietf-bfd-multihop-06.txt–BFDforMulti-hopPaths

GRE

•RFC2784GenericRoutingEncapsulation(GRE)

Differentiated services

•RFC2474DefinitionoftheDiffer-entiatedServicesField(DSField)intheIPv4andIPv6Headers

• RFC2597AssuredForwardingPHBGroup

•RFC2598AnExpeditedForward-ingPHB

•RFC3140PerHopBehaviorIdentificationCodes

TCP/IP

•RFC768UserDatagramProtocol

• RFC1350TheTFTPProtocol(Revision2)

• RFC791InternetProtocol

• RFC792InternetControlMessageProtocol

• RFC793TransmissionControlProtocol

• RFC826EthernetAddressResolutionProtocol

• RFC854TelnetProtocolSpecification

• RFC1812RequirementsforIPv4Routers

PPP

•RFC1332PPPInternetProtocolControlProtocol(IPCP)

• RFC1661ThePoint-to-PointProtocol(PPP)

• RFC1989PPPLinkQualityMonitoring

• RFC1990ThePPPMultilinkProtocol(MP)

ATM

•RFC2514DefinitionsofTextualConventionsandOBJECT-IDENTITIESforATMManage-ment,February1999

•RFC2515DefinitionofManagedObjectsforATMManagement,February1999

• af-tm-0121.000TrafficManage-mentSpecificationVersion4.1,March1999

• ITU-TRecommendationI.610–B-ISDNOperationandMainte-nancePrinciplesandFunctions,version11/95

• ITU-TRecommendationI.432.1 –B-ISDNuser-networkinterface –Physicallayerspecification:Generalcharacteristics

•GR-1248-CORE–GenericRequire-mentsforOperationsofATMNetworkElements(NEs),Issue3,June1996

•GR-1113-CORE–AsynchronousTransferMode(ATM)AdaptationLayer(AAL)ProtocolsGenericRequirements,Issue1,July1994

VPLS

•RFC4762VirtualPrivateLANServicesUsingLDP(previouslydraft-ietf-l2vpn-vpls-ldp-08.txt)

Pseudowires

•RFC4385PseudowireEmulationEdge-to-Edge(PWE3)ControlWordforUseoveranMPLSPSN

•RFC4447PseudowireSetupandMaintenanceusingtheLabelDistributionProtocol(LDP)

• RFC4448EncapsulationMethodsforTransportofEthernetoverMPLSNetworks

• RFC4553Structure-AgnosticTimeDivisionMultiplexing(TDM)overPacket(SAToP)

• RFC4717EncapsulationMethodsforTransportofAsynchronousTransferMode(ATM)overMPLSNetworks

• RFC5085PseudowireVirtualCircuitConnectivityVerification(VCCV):AControlChannelforPseudowires

• RFC5086Structure-AwareTimeDivisionMultiplexed(TDM)CircuitEmulationServiceoverPacketSwitchedNetwork(CESoPSN)

RADIUS

•RFC2865RemoteAuthenticationDialInUserService(RADIUS)

• RFC2866RADIUSAccounting

SSH

• draft-ietf-secsh-architecture.txt–SSHProtocolArchitecture

• draft-ietf-secsh-userauth.txt–SSHAuthenticationProtocol

• draft-ietf-secsh-transport.txt–SSHTransportLayerProtocol

• draft-ietf-secsh-connection.txt–SSHConnectionProtocol

• draft-ietf-secsh-newmodes.txt–SSHTransportLayerEncryptionModes

TACACS+

• IETFdraft-grant-tacacs-02.txt

Network management

• ITU-TX.721:Informationtechnology-OSI-StructureofManagementInformation

• ITU-TX.734:Informationtechnology-OSI-SystemsManage-ment:EventReportManagementFunction

•M.3100/3120EquipmentandConnectionModels

• TMF509/613NetworkConnectivityModel

• RFC1157SNMPv1

•RFC1907SNMPv2-MIB

•RFC2011IP-MIB

•RFC2012TCP-MIB

•RFC2013UDP-MIB

•RFC2138RADIUS

•RFC2571SNMP-Framework-MIB

•RFC2572SNMP-MPD-MIB

•RFC2573SNMP-Applications

• RFC2574SNMP-User-based-SM-MIB

•RFC2575SNMP-View-based-ACM-MIB

•RFC2576SNMP-COMMUNITY-MIB

•RFC2665Ethernet-like-MIB

•RFC2819RMON-MIB

•RFC2863TheInterfacesGroup-MIB

•RFC2864Inverted-Stack-MIB

•RFC3014Notification-Log-MIB

•RFC3273HCRMON-MIB

•RFC3411AnArchitectureforDescribingSimpleNetworkManagementProtocol(SNMP)ManagementFrameworks

• RFC3412MessageProcessingandDispatchingfortheSimpleNetworkManagementProtocol(SNMP)

• RFC3413SimpleNetworkManagementProtocol(SNMP)Applications

• RFC3414User-basedSecurityModel(USM)forversion3oftheSimpleNetworkManagementProtocol(SNMPv3)

• RFC3418SNMPMIB

• draft-ietf-disman-alarm-mib-04.txt

• draft-ietf-mpls-ldp-mib-07.txt

• IANA-ifType-MIB

PlussupportforanextensiverangeofproprietaryMIBs

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Documents

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