Lucent Ethernet Router 15800

Transcription

1 Lucent Ethernet Router Lucent Ethernet Router (formerly Riverstone 15008) Ethernet - Undergoing a Transition Ethernet in the metro is undergoing a transition, from early adopters that sold bandwidth based services to Tier 1 carriers offering mainstream business and residential data, voice and video services. With this transition comes a realization that these new services require a platform purpose-built to offer reliability, QoS support and service flexibility. A platform optimized for the essential multipoint nature of communications and the growing need for higher bandwidth. The Lucent Ethernet Router is unique in its focus on these needs, permitting carriers to deploy Ethernet as the universal services infrastructure layer.

2 Key Applications Enable Ethernet metropolitan and regional core networks with the highest reliability across software, hardware and protocol layers Provide high-capacity VPLS edge router services by offering services customized to each application, using advanced traffic management and Quality of Service Meet the exploding demand for Ethernet services by migrating and scaling existing Ethernet networks to a highcapacity MPLS core Realize the consumer Triple Play of voice, video and data with scalable aggregation and core networks for cable, DSL and FTTx networks Deliver next-generation networking with IPv6 routing, MPLS and advanced tunneling capabilities Overview Lucent Ethernet Router Lucent s Ethernet Router is exclusively designed to meet the demanding needs of carriers and service providers, from ILECs, PTTs and IXCs to MSOs, competitive carriers and municipalities. The blends 10 Gigabit Ethernet routing and switching with advanced services support, finegrained traffic management and ultra reliability. Whether acting as a sophisticated Provider Edge router for high-capacity customers, or scaling the aggregation and core of a network with 10 Gigabit trunks, service providers can rely on the to measure up to stringent next-generation network requirements. 1100/ 3x x 1520x 8x x00

3 Technology The Lucent Ethernet Router embodies several technological firsts including: Programmable ASICs: Software-upgradeable ASICs for adaptability in the hardware forwarding path as networks and standards evolve Lucent Ethernet Router OS-X: A distributed, fault-tolerant and modular operating system for control plane reliability and scalability True multi-service flexibility with concurrent line-rate IPv6, IPv4, MPLS forwarding and Ethernet switching on every port A-Series Access s vs E-Series Ethernet Edge s A- Series E- Series VPLS, VLANs, QinQ and Layer 2 IPmc intended use for PE and MTU-s deployments VPLS, 2547, BGP, Layer 2 and 3 IPmc, IPv6 dynamic routing intended use for P and PE-rs deployments Lucent Ethernet Router OS-X leverages the customer-proven Lucent Ethernet Router OS suite of software to provide trusted protocol implementations and the industry s widest array of operational features for large network deployments. Unique Lucent features like Hitless Protection System (HPS), Service Loop Detection & Prevention and Multi-Layer OAM allow carriers to ensure maximum uptime for valuable service networks. The Lucent Ethernet Router achieves its ultra reliability through a combination of full hardware redundancy and the unique OS-X software architecture. The hardware architecture is designed to ensure no single point of failure, with redundant switch fabrics, power supplies, control modules and fans. The OS-X software platform is built on a distributed, fault-tolerant modular operating system. This unique architecture ensures maximum protection from software failures by isolating and recovering from faults that would traditionally result in a router-wide restart. In addition to platform reliability, the Lucent Ethernet Router also provides an array of software features like MPLS Fast Reroute, Standby LSPs, OSPF Equal Cost Multi Path and Virtual Router Redundancy Protocol (VRRP), allowing network operators to design high-availability into their networks at all levels. Supported by Lucent s EMS and OSS solutions, the can be complemented by Lucent s flexible Ethernet Router family to provide end-to-end managed solutions across all types of carrier environments. The Lucent Ethernet Router is the first 10 gigabit Ethernet routing platform optimized for the future of carrier networks, not the past. Networks, services and technologies all undergo transitions, and carriers are architecting the future of their service offerings now. The plays a key role in this future by reducing ongoing operational costs while minimizing up-front capital expenditures. It permits carriers to offer rapidly provisioned services that reflect the multipoint and dynamically changing nature of communications as opposed to the fixed, hierarchical ways of doing business in the past. Using a combination of Access ( A ) and previously available Edge ( E ) series linecards, the carrier has at its disposal the optimal mix of performance and cost for the services deployed in high-capacity access and aggregation networks. As an example, the carrier may first deploy VPLS, requiring only A-series linecards. Then, as new services such as 2547 and v6 are introduced, the carrier may mix and match A and E-series cards as part of an in-service upgrade no forklift upgrade of the entire system is required.

4 Distributed Architecture Spreads the Load Part of a Complete Product Family Primary Secondary The Lucent 15100, 15200, and all share the same highly-reliable modular operating system, Lucent Ethernet Router OS-X, and the same rich set of Layer 2 and Layer 3 services. The choice of what system to deploy in the access network is based on a number of factors, captured in the table below. The selection will depend upon the carrier s network design, and is analogous to the choice of chassis-based blade or rackmount servers for the datacenter. Both modular and fixed options from Lucent future-proof the carrier s network by allowing pay-as-you-grow deployment of both capacity and advanced features like Layer 2 / Layer 3 service interworking and IPv6. Selecting an Access/Aggregation Solution - Modular or Fixed? Modular Access/ Aggregation with A-Series and E-series cards 20Gbps 394Gbps Low-cost L2 access option available - optimize capex for service needs Add L3mc, L3VPNs and increase scalability to the same platform by adding E cards Lower OpEx with common chassis, control and software, with interchangeable cards Fixed Access/ Aggregation and Carrier Ethernet Access Routers 20Gbps 40Gbps directly; higher capacity by stacking multiple units Lowest cost Add MPLS, L3VPNs with software upgrade Carrier-grade hardware Carrier-grade, redundant hardware and software design Same Carrier-grade, modular software as modular solution Future proof feature flexibility Future proof feature flexibility Ethernet Edge Benefits Point to Point Capability Point to multi-point Scalability Capital Expenditure Operating Expenditure Scales economically with growth of Ethernet services Manageability Enterprise Ethernet $ Channelized TDM ATM Lucent Ethernet Router $$ $$ Competing vendor solutions, which lack interchangeable hardware, force a carrier to choose between a more affordable, but fully redundant, Layer 2/VPLS access platform or a more expensive edge system with Layer 3 capabilities. In essence, the carrier is in the unenviable position of having to guess what its future needs will be. It has to either deploy the higher-cost system up front or risk forever hampering the feature evolution of the access node, thereby requiring a forklift upgrade at a later date. Such solutions limit the future growth of an affordable access system from both a scalability and feature perspective. They also drive up the carrier s operational costs since it cannot take advantage of hardware interchangeability.

5 Technical Specifications Platform Features: Technical Specifications Services Layer 2 and Layer 3 VPNs, point-to-point and multi-point Dedicated Internet Access Triple-play Broadband Aggregation IETF VPLS, H-VPLS and Pseudowires Multicast-optimized VPLS IEEE VLANs and Provider Bridging IETF Layer 3 VPNs (planned) MEF E-LAN, E-Line, E-UNI Riverstone customer-context aware VLAN support VLAN translation and Riverstone VLAN Circuit support Distributed Hardware and Forwarding IPv4 and IPv6 MPLS LER and LSR Ethernet bridging, including IEEE 802.1Q and 802.1ad Distributed security and service profiles, including layer 2 filters and layer 3 ACLs Jumbo frame support Advanced Quality of Service Service-based QoS: Three-color marking Per-service rate limiting Logical port-based QoS Per-service rate shaping Dual rate shaping Group shaping Individual WRED profiles Best-effort, premium and guaranteed services High capacity packet buffers Up to 200ms of buffering per port Support for packet limiting, filtering, policing, marking and re-marking based on: IETF Differentiated Services (DSCP) IEEE 802.1p Prioritization MPLS EXP prioritization Highly Fault Tolerant Redundant control modules, power supplies, switch fabrics, and fans Hot-swappable modules Standards-based VRRP, Link Aggregation, ECMP, and MPLS Fast Reroute OS-X fault-tolerant multi-process operating system with Automatic Process Restart (APR) Riverstone Hitless Protection System (HPS) Riverstone Hitless Software Patch Upgrade Protocol Support OSPFv2, OSPFv3 (planned) ISIS BGPv4 LDP Fast Reroute Equal Cost Multi Path (ECMP) Multicast (IGMP, PIM-SM, IGMP Snooping) Traffic Engineering (OSPF-TE, ISIS-TE, RSVP-TE) Standards Support For a complete list of standards supported, including RFCs and MIBs, please refer to Extensive Management SNMP manageable (v1, v2, v3) SSH v2 (available with software package X15-SWSTD-M only) RADIUS TACACS+ RS-232 (out-of-band management) Command Line Interface (CLI) Riverstone EMS & OSS Solutions Integration Performance 384 Gbps non-blocking switch fabric 288 Mpps Throughput Interface Options 10 Gigabit Ethernet o 1-port LAN/WAN PHY, fixed optics o 2-port with pluggable XFPs (LR, ER) Gigabit Ethernet - optical (SX, LX and ZX-70km) and 1000BASE-T o 12-port with pluggable SFPs o 24-port with pluggable SFPs Fast Ethernet o 96-port 10/100BASE-TX POS - OC-3/STM-1, OC-12/STM-4, OC-48/STM-16, and OC-192/STM-64 (planned) ATM - OC-3/STM-1, OC-12/STM-4, and OC-48/STM-16 (planned) Physical Specifications: Module Capacity: Line Cards: 8 dedicated slots Control Modules: 2 dedicated slots Switch Fabrics: 4 dedicated slots Dimensions: Height: 21 in. / 53.3 cm (12 U, 3 per rack) Width: 17.5 in. / 44.4 cm Depth: 23.5 in. / 59.7 cm Weight: Fully loaded system: 230 lbs / 105 kg Empty chassis: 78 lbs / 35 kg Environmental Specifications: Operating Altitude: 30 C Long-term operation: 5C to 40C; 5% to 85% humidity non-condensing Short-term operation: -5C to 55C; 5% to 90% humidity non-condensing (As defined in Telcordia GR-63) Power Specifications: Power type: Power input range: Current draw: Dual 1+1 DC power feeds, -48Vdc nominal 110V/220V AC power available with external shelf -48Vdc to -60Vdc (tested at -15% / +20% tolerance) Expected maximum for existing interfaces: -48Vdc (2200W fully loaded) Agency Standards and Specifications Safety: UL60950, CAN/CSA-C , EN60950, IEC950, and 72/73/EEC Electromagnetic Compatibility: FCC Part 15, CSA C108.8, EN55022, EN55024, 89/336/EEC & VCCI Certfications: NEBS Level 3, GR-1089, GR-63, ETSI EN , EN , ETS Ordering Information Part. X-CHSRSF-A X15-CM1-A X15-PSACSHELF-A X15-PSAC1250-A X15-PSDC1-A X15-SWSTD-M-10 X15-SWNX-M-10 X15-FRMPLS X15-FRIPV6 X15-FE-96BT-A X15-FA-96BT-A X15-10GE-1LR-A X15-10GA-1LR-A X15-10GE-1ER-A X15-10GA-1ER-A X15-10GE-1ZR-A X15-10GA-1ZR-A X15-10GE-2DCXF-A X15-GE-12SF-A X15-GA-12SF-A X15-GE-24DCSF-A X15-GA-24DSF-A SFPGE-11 SFPGE-12 SFPGE-18 SFPGE-19 XFP10GE-LR XFP10GE-ER SYS-RJ45PANEL Product Description Base System inc. 4 Switch Fabrics, 1 DC Power Entry Module, 2 fan trays. Control Modules are sold separately. Control Module. AC Power Shelf for use with Lucent systems. Holds up to 4 AC Power Supply Modules. AC Power Supply Module, 1250W, for X15-PSACSHELF-A. Spare or redundant Lucent DC Power Entry Module. One shipped per system, second provides redundancy. Lucent Ethernet Router OS-X Operating System Release 1 (Base). Includes PCMCIA flash card. One of SWSTD or SWNX is required with every chassis. Lucent Ethernet Router OS-X Operating System Release 1 (Base), without SSH. Includes PCMCIA flash card. One of SWSTD or SWNX is required with every chassis MPLS and VP IPv6 feature upgrade license. Purchase one per chassis, in addition to base operating system, if required port 10/100 Base-TX (requires TDP Cables and Patch Panels) port 10/100 Base-TX (requires TDP Cables and Patch Panels), A-Series port 10 Gigabit Ethernet module. LAN/WAN PHY, SMF-LR/LW (up to 10km typical) port 10 Gigabit Ethernet module. LAN/WAN PHY, SMF-LR/LW (up to 10km typical), A-Series port 10 Gigabit Ethernet module. LAN/WAN PHY, SMF-ER/EW (up to 40km typical) port 10 Gigabit Ethernet module. LAN/WAN PHY, SMF-ER/EW (up to 40km typical), A-Series port 10 Gigabit Ethernet module. LAN/WAN PHY, SMF-ER/EW (up to 80km typical) port 10 Gigabit Ethernet module. LAN/WAN PHY, SMF-ER/EW (up to 80km typical), A-Series port 10 Gigabit Ethernet module, dual-channel (requires XFP10GE-##) port Gigabit Ethernet module (requires SFPGE-##) port Gigabit Ethernet module (requires SFPGE-##), A-Series port Gigabit Ethernet module, dual-channel (requires SFPGE-##) port Gigabit Ethernet module, dual-channel (requires SFPGE-##), A-Series. Gigabit Ethernet SFP, MMF, 850nm. Typical Reach: 550 meters. Gigabit Ethernet SFP, 1000BaseT; RJ45 connector. Gigabit Ethernet SFP, SMF, 1550nm. Typical Reach: 80 km. Gigabit Ethernet SFP, SMF, 1310nm. Typical Reach: 10 km. 10 GbE XFP, SMF, 1310nm. Typical reach: 10 km. 10 GbE XFP, SMF, 1550nm. Typical reach: 40 km. Patch Panel, TDP to RJ-45, 48 ports, for X15-FE TDP Ethernet Module. For availability and complete ordering information, including specific modules, please contact your Lucent Technologies Sales Representative or visit our web site at This document is for planning purposes only, and is not intended to modify or supplement any Lucent Technologies specifications or warranties relating to these products or services. This publication of information in this document does not imply freedom from patent or other protective rights of Lucent Technologies or others. To learn more about our comprehensive portfolio, please contact your Lucent Technologies Sales Representative or visit our web site at Riverstone Networks and Lucent Technologies are trademarks or registered trademarks of Lucent Technologies Inc. Copyright 2006 Lucent Technologies Inc. All rights reserved Document D-LUC V2.0 6/06