User manual ALCATEL-LUCENT 1850 TRANSPORT SERVICE SWITCH TSS-5C DATASHEET

[. . . ] Alcatel-Lucent 1850 TSS-5C TR ANSPORT SERVICE SWITCH | RELEASE 1 The Alcatel-Lucent 1850 Transport Service Switch TSS-5C is a compact Packet-Optical Transport switch and Ethernet access demarcation device, ideally suited for mobile backhaul and business Ethernet services. [. . . ] As a highly versatile, resilient, yet cost-effective platform, the 1850 TSS-5C provides the lowest cost per bit networking in the industry. An integral part of the Alcatel-Lucent 1850 TSS portfolio, the 1850 TSS-5C operates in the access/aggregation layer. It feeds into higher capacity products such as the 1850 TSS-100, 1850 TSS-160 and 1850 TSS-320, extending T-MPLS support to the network edge. It is fully managed by the Alcatel-Lucent 1350 Optical Management System. Designed for outside plant deployment, the 1850 TSS-5C is an excellent choice for aggregating TDM/packet mobile backhaul traffic at 2G/3G/4G cell sites. This converged transport platform provides a growth path for exponentially increasing IP traffic, while fully supporting TDM traffic with circuit emulation/psuedowire. Its compact 1RU chassis fits in any wiring closet -- essential when deployed as a network termination unit for business Carrier Ethernet services. Features · Compact 1RU chassis · 9 Gb/s switching fabric · Fast Ethernet & GigE, electrical and optical interfaces · STM-1 and E1/DS1 interfaces · T-MPLS (future upgradeable to MPLS-TP) · Metro Ethernet Forum (MEF) certified with high reliability and OAM support · Circuit Emulation over Ethernet with MPLS PWE3 · E-line, E-LAN, and E-Tree services · Both T-MPLS and Carrier Ethernet protection mechanisms supported · Multiple synchronization options · Environmentally and ESD hardened for outside plant deployment Technical specifications System hardware · · · · 9 Gb/s switching fabric 4 x GigE interfaces (SFP) 12 x FE interfaces (electrical) Two slots for optional interface modules (hot-swappable) · Management LAN, console, MDIO, and station clock ports or external synchronization interfaces · Power supply (DC or AC) · Fan tray (hot-swappable) OAM · IEEE 802. 3ah link OAM · IEEE 802. 1ag CFM: connectivity check, loopback, link trace · Ethernet OAM ITU-T Y. 1731 (RDI, AIS, LM, two-way and one-way DM) · T-MPLS OAM: CV, APS, FDI, RDI, LB, DM, LM · Ethernet 802. 1ag CC, LB, LT in T-MPLS mode · MEF S-OAM · EVC loopback · Performance monitoring: port counters, RMON IETF RFC 2819, EVC availability and SLA counters (Y. 1563) Multi-service module · 1 x STM-1 channelized CES · 1 x GigE · 16 x E1 (75) CES Ethernet · · · · · · · · · · · MAC bridging, IEEE 802. 1D, RSTP 16, 000 MAC table VLAN bridging, IEEE 802. 1Q Provider bridging IEEE 802. 1ad MEF Ethernet services: E-line, E-LAN, E-Tree Jumbo frames: 9600 bytes Auto-negotiation support, flow control, MDIX Port mirroring: ingress/egress L2 control protocol filtering/ tunneling L2 Access Control Lists (ACL) Multiple classification options: port, VID, PCP, MAC DA/SA, IPv4 DSCP 8 QoS classes Strict priority, WRR scheduling Tail-drop Ingress two-rate, three-color metering/ policing RFC2698/ MEF10. 1 Class-based queuing Egress shaping per port/queue Anti Denial of Service (DoS) attacks Fast Ethernet module electrical · 8 x FE (10/100BASE-T) Fast Ethernet module optical · 8 x FE (100FX) Benefits · Achieve economies of scale using a single access platform for mobile backhaul/transport and Carrier Ethernet services · Maintain high-margin revenue streams from priority traffic with advanced traffic management and QoS features · Accelerate network transformation from TDM to packet architectures · Reduce CAPEX by eliminating the need for overlay networks and multiple equipment types · Reduce OPEX by simplifying operations, training, and network management requirements DS1/E1 module · 16 x DS1 (100 )/E1 (120 ) CES E1 module · 16 x E1 (75 ) CES Synchronization · Synchronous Ethernet (ITU-T G. 8261/G. 8262/Y. 1362) · Synchronous Ethernet with SSM · IEEE 1588v2 master/slave/ transport clock · 1588v2 ToD and 1PPS interface · · · · Protection · G. 8031 Ethernet linear protection · G. 8032 Ethernet ring protection · G. 8131 T-MPLS 1:1 bidirectional linear protection · IEEE 802. 1AX link aggregation · T-MPLS: frame forwarding, label push/pop/swap · · · 2 Alcatel-Lucent 1850 TSS-5C | Release 1 | Data Sheet PWE3 · · · · · · · E1 pseudowires: RFC 4553, SAToP E-Line services 500 bidirectional tunnels 250 bidirectional pseudowires CAC T-MPLS 8 QoS Related RFCs: 4553, 4446, 4197, 3985, 3916 · TDM CES timing modes: TDM loop line, Ethernet Line (SyncE or adaptive or differential packet timing), external, free-running Environmental · Hardened for outside-plant operation: ¬ Operating temperature: -40°C to +65°C (-40°F to +149°F) ¬ Humidity: 5% to 95%, non-condensing · Electrically hardened for utility substation deployment ¬ Compliant to key criteria in IEEE 1613, IEEE C37. 90 ¬ IEEE C37. 90. 1 SWC ¬ IEEE C37. 90. 2 RFI ¬ IEEE C37. 90. 3 ESD Management · Alcatel-Lucent 1350 Optical Management System (OMS) · Alcatel-Lucent 1340 Integrated Network Controller (INC) · TL1, CLI, SNMP v2/v3 · Web browser interface (ZIC) · SSH, SSL · Remote software download via SFTP · Ethernet in-band management (VLAN) Regulatory and standards compliance · NEBS Level 3 GR-1089-CORE Issue 4, GR-63-CORE Issue 3 · CE Mark: EN 300 386 · IEC 60825-1 and IEC 60825-2, 21 CFR 1040 · UL/CSA 60950-1, CSA C22. 2 No. 60950-1, EN 60950-1 · EN 55022 Class A: radiated and conducted emissions · EN 61000-4-2, -3, -4, -5, and -6 · ETSI 300-019 Storage, Class 1. 2; Transportation, Class 2. 3; Operational, Class 3. 2 · FCC Part 15 and Industry Canada ICES-003 Class A · FCC Part 68 · ANSI T1. 315 / ETS EN 300-132-2 · IEEE 1613, IEEE C37. 90 · IEC 61850-3 · ITU-T K. 21 · MEF 9/14 certified Physical specifications Dimensions and weight · · · · · · 1 Rack Unit (RU) Height: 44 mm (1. 73 in. ) Width: 442 mm (17. 40 in. ) Depth: 212 mm (8. 35 in. ) Weight: max. [. . . ] Alcatel-Lucent assumes no responsibility for inaccuracies contained herein. [. . . ]