Tellabs 8605

Overview The Tellabs 8600 Managed Edge System provides a complete network solution comprising of the Tellabs 8660 Edge Switch, the Tellabs 8630, Tellabs 8620, and Tellabs 8605 Access Switches, the Tellabs 8606 Ethernet Aggregator and the DXX Network Manager, an advanced network management system for managing the entire network and all of its connections and services. Thanks to its small size, the Tellabs 8605 switch is optimal for service providers� access networks at small traffic aggregation points or cell sites. A diverse set of different access and uplink interfaces offer cost-efficient alternatives for backhaul and provide flexibility for the future mobile evolution. Versatile service capabilities, including support for TDM, ATM, HDLC and Ethernet connections as well as IP routing, enable the migration of 2G TDM and 3G ATM, Ethernet or IP based networks into a single network infrastructure. The Tellabs 8605 switch has packet based forwarding with QoS support enabling network optimization for voice and data services. Features and Benefits Small size The height of the unit is 1RU, which enables cost-effective installations in access and cell sites where the rack space is limited. Wide temperature range The operating temperature of the Tellabs 8605 switch is -40°C to +65°C, allowing installations in cabinets without climate control. Robust synchronization Mobile networks are very sensitive to synchronization. Traditionally synchronization has been delivered using TDM signals, but new packet based transport requires packet based synchronization delivery. The Tellabs 8605 switch supports both TDM and packet based synchronization techniques. Cost effective migration from E1 and T1 to Ethernet Most of the existing mobile base stations and Node Bs use E1/T1 interfaces. The Tellabs 8605 switch provides a cost-efficient way of converting a mobile access network from an E1/T1 TDM network toAn Ethernet based packet network.

Access device for Ethernet and IP networks The Tellabs 8605 switch provides the necessary features and interfaces to support Ethernet and IP based packet networking. It is a future-proof solution providing a transport solution for both the existing and the future Ethernet and IP-based mobile networks. Multi-Service support The Tellabs 8605 switch supports the transport of voice and data services in GSM, CDMA, CDMA -2000 EV-DO and WCDMA R99/R5 networks. Advanced quality of service features enable the differentiation of real-time voice and video services from premium and best effort data services. Multi-Protocol support GSM, CDMA, CDMA-2000 EV-DO and WCDMA R99/R5 use TDM, HDLC, ATM, Ethernet and IP protocols for carrying user and signaling traffic. The Tellabs 8605 switch supports all these alternatives, enabling the convergence of existing networks into a single Ethernet and IP infrastructure. Quality of Service testing in packet networks The Tellabs 8600 system has a unique packet loop test feature that enables the testing of quality of service parameters including delay, jitter, throughput and connectivity. Delay and jitter testing is non intrusive, therefore it can be performed even if the service is alive. Test endpoints are selected using the DXX manager without the need for additional hardware or site visits. The Packet Loop Test feature allows the user to confirm that the packet network meets the QoS requirements of voice, video and data services. Advanced packet network management All Tellabs 8600 system network elements are managed by the DXX manager. The DXX manager provides GUI based tools for network and element configuration, multi-service connection provisioning, performance monitoring, fault management and QoS testing. The network and services are documented in an open database that enables the management of large networks containing thousands of base stations.

The Tellabs 8605 Access Switch is a compact and fully managed mobile cell site node with multiprotocol support. It is designed for cost-effi cient delivery of 2G and 3G voice and data services over the common network infrastructure.

Technical Specifications

Specifications Physical Dimensions �Height: 44 mm (1 RU) �Width: 440 mm (17.3 in) �Depth: 250 mm (9.8 in) �19 in. rack-mountable design, adapters available for different rack-mounting options Input Voltage �-48 V DC �+24 V DC*) �100 - 240 V AC2 Cooling �Passive cooling Traffic Forwarding �Ethernet*), ATM, HDLC*) and TDM transport using MPLS pseudowires �ATM VP/VC switching �TDM cross connection �IP routing �300 Mbps forwarding capacity Interfaces �16 x E1/T1 Multiservice1 �2 x Ethernet 10/100Base-TX �2 x Ethernet Combo (2 x 1000Base-X SFP or 2 x 10/100/1000Base-TX) 1 Multiservice interface supports ATM, IMA, HDLC and TDM 2 AC variant V1.0 will support temperature range of � 5° C to + 45° C

Resiliency �1:1 RSVP-TE LSP protection*) �Bidirectional Forwarding Detection (BFD) based LSP protection*) �Graceful restart helper functionality Synchronization �ETSI SEC/Sonet SMC*) timing reference �External synchronization input �E1/T1*) line synchronization �Ethernet line synchronization �Adaptive synchronization over packet network �IEEE 1588 Precision Time Protocol*) Routing and signaling protocols �OSPF, IS-IS �LDP, RSVP-TE Traffic Management �DiffServ support for 4 traffic classes �802.1P/Q mapping to IP or MPLS �ATM service categories: CBR, rt-VBR*), nrt - VBR*), UBR+, UBR �Policing and shaping*) �WRED and RED*) �Strict priority and WFQ scheduling Management �CLI with SSH2, FTP with SSH2 �BMP for DXX manager communication

Safety and EMC �EN60950-1:2001, UL60950-1 �E 300 386: 2005, FCC CFR 47 Part 15 Class B �RTTE Directive 1995/5/EC Environmental Conditions �Storage: ETS 300 019-1-1:2003-04 Class 1.1, Temperature: � 5° C to + 45° C �Transportation: ETS 300 019-1-2:2003-04 Class 2.3, Temperature: � 40° C to + 70° C �Operating: ETS 300 019-1-3:2003-04 Class 3.2 (non-condensing), Temperature: � 40° C to + 65° C, Relative humidity: 5% to 95% *) For future release

Ericsson AB Broadband Networks SE-164 80 Stockholm, Sweden Telephone +46 8 719 00 00 Fax +46 8 404 2560 www.ericsson.com

EN/LZT 123 8916 R1 © Ericsson AB 2008 All technical data is typical and is subject to change without notice