LattisNet(R) Model 3800 Multi-media Router Highlights * Provides full-featured routing between backbone LANs or WANs, including Ethernet, Token Ring and FDDI segments within the System 3000(tm) * Links SynOptics intelligent hub-based LANs into erise and campus FDDI backbone networks * Compact dual-slot module resides in System 3000 concentrator, allowing design of high- performance hub-based campus backbone topologies * Compatible with all existing System 3000 connectivity and network management modules * Supports WAN connectivity for Token Ring networks, allowing integration of SNA traffic onto a routed internetwork * Supports WAN connectivity for Ethernet networks, providing dial-up backup for redundancy * Supports dual-homed Ethernet and Token Ring connectivity to reliable FDDI backbones * Simultaneously routes up to 16 protocols across all three interfaces * Provides Transparent, Source Route and SRT bridging options * Full compatibility with Cisco's family of routers enables complex networks to be built using combinations of hubs and routers from both companies * SynOptics' RouterMan(tm) application delivers a graphical, intuitive system for managing all routers from a central management station Thodel 3800 Multi-media Router links SynOptics intelligent hub- based Ethernet and Token Ring LANs into enterprise and campus FDDI backbone networks to support high- performance routed environments. With SynOptics' System 3000 intelligent hubs and the integrated Model 3800 router, designers can build a managed, scalable network fabric to link all local- and wide-area networks within an enterprise. Based on a joint development effort between SynOptics and Cisco Systems, the Model 3800 can be configured as a multiprotocol router or bridge to satisfy the requirements of nearly any internetworking environment. The Model 3800 can be managed from SynOptics' DOS- and UNIX-based network management systems, including the LattisWare(tm) RouterMan(tm) diagnsoftware application. Fully compatible with the Cisco family of routers, the Model 3800 enables network designers to maximize network reliability and performance by distributing multi- protocol routing functions to intelligent hubs throughout the network. The Model 3800's unique hardware design allows the router to be configured for a variety of applications, giving customers tremendous flexibility in designing their backbone networks. The module occupies two slots in a Model 3000 Premises or Model 3030 Department concentrator and is designed to support up to three "personality modules," each connecting one FDDI, one Ethernet, one Token Ring or two wide area networks. (Diagram 1 - Model 3800 module and each personality module) Each Model 3800 comes preconfigured with one of two personality modules. The Model 3800-03 comes with a pre-installed Model 3803 Ethernet Personality Module, while the Model 3800-05 comes preconfigured with a Model 3805-02 Token Ring Personality Module. Customers can selectively add up to one Model 3809 FDDI or two Model 3803 Ethernet, Model 3805-02 Token Ring or Model 3806 Wide-area Network personality modules in any combination. Router Operation The Model 3800 is designed as a multi-protocol router/bridge, allowing simultaneous routing of multiple protocols and bridging of selected (often non-routable) protocols. Each protocol to be routed or bridged is configured separately. The Model 3800 supports up to 16 protocols, including: * IP * Novell IPX * DECnet (Phase IV, Phase V, and Phase IV to Phase V translation) * DEC LAT * OSI CLNP * AppleTalk * Banyan Vines * Xerox XNS * NetBios/LLC2 Routing Protocols The Model 3800 supports the most advanced suite of routing protocols, providing efficient operation in all protocol environments. The protocols allow routers to exchange information to determine the optimal path between any two network segments. The Model 3800 supports the same routing protocols as Cisco routers, allowing SynOptics and Cisco devices to seamlessly interoperate on a complex internetwork. The Model 3800 supports a variety of routing protocols for a number of networking environments, including: * RIP * OSPF * IGRP * EGP * BGP * OSI ES-IS * OSI IS-IS * DECnet Phase IV * Novell IPX * Banyan Vines RTP * AppleTalk RTMP * XNS Routing Bridging Operation The Model 3800 can serve as a full-function bridge in situations where routing is not possible or where bridging is preferred. Several types of bridging are supported by the Model 3800: * Token Ring bridging, including SR, SRT and SR-to-Transparent conversion * Transit bridging, using FDDI as a tunnel between Ethernet or Token Ring networks * Transparent Ethernet bridging, including Ethernet-to-Ethernet communications over WAN lines * Translational bridging for DEC LAT connectivity from Ethernet to FDDI Applications of the Model 3800 Multi-media Router With the personality module options, the Model 3800 Multi-media Router delivers a tremendous amount of flexibility for a number of mixed- access method environments. Token Ring/WAN: Configured with Token Ring and Serial interfaces, the Model 3800 represents an effective solution for connecting mid-sized Token Ring (such as Novell) and IBM SNA sites into an enterprise multiprotocol WAN. By tying IBM data into a routed or source- route bridged network and moving both application and management data between remote sites, the Model 3800 provides an excellent enterprise solution. Using SDLLC and STUN features, the Model 3800 can move SNA traffic across a multiprotocol internetwork, connect existing IBM SDLC controllers and FEPs, and establish backbone networks for connecting enterprise IBM hosts. In addition, high-performance WAN links between Token Ring sites can be supported over serial, Frame Relay, SMDS or X.25 links. Multiple serial interfaces (up to four) per router deliver highly-reliable redundant links to remote sites, while low-cost path selection and dial back-up features ensure efficient use of serial lines. Advanced software, including advanced Novell IPX routing, Source Route Bridging, SRT, SDLLC (SDLC to LLC2 conversion), Source Route to Transparent bridging, and SDLC tunneling deliver configuration flexibility not available with conventional SRT remote bridges. (Diagram 2) The Model 3800 supports SDLC-to-LLC2 media translation (SDLLC), allowing a 37x5 FEP on a Token Ring network to communicate with a 3x74 cluster controller on a serial line. The Model 3800 facilitates transparent communication between the two devices, even though they are different media, enabling a smooth migration to Token Ring LANs in an SNA environment. Ethernet/WAN: The Model 3800 is capable of supporting multiple Ethernet and serial interfaces, delivering a new degree of flexibility in designing routed networks. Used in combination with the LattisSwitch(tm) System 3000 multi-segment hub and switch, the router contributes to flexible Ethernet and mixed-medinvironments. The Model 3800 can connect multiple Ethernet segments within the LattisSwitch System 3000, delivering a cost-effective and reliable solution for WAN routing, including dial back-up and dial-on-demand capabilities. Optimal path selection using a variety of routing protocols give network designers considerable flexibility in configuring the network. The router can also selectively establish switched connections as needed to restore connectivity following line failures or to shift load from heavily-utilized lines. The automatic dial-up feature can dynamically establish links ranging from 9600 bps to T-1 speeds on an as- needed basis, while multiple serial interfaces support reliable remote Ethernet connections. (Diagram 3) FDDI Backbone Connections Equipped with a Model 3809 FDDI Personality Module, the Model 3800 delivers an efficient platform for linking Token Ring and Ethernet networks to campus FDDI backbones, providing a high-speed interconnection between network segments. The Model 3800 supports routing of protocols from Ethernet/Token Ring to FDDI. For DEC LAT, bridged connections are also supported. All other protocols can be bridged using "transit" bridging for Ethernet-to-Ethernet connections via an FDDI backbone. (Diagram 4) Model 3800 Multi-media Router Configuration Options Configuration Base Unit Personality Module/Position 1 2 3 1E/1T 3800-05 3803 B - 2E/1T 3800-05 3803 B 3803 1E/1T/2S 3800-05 3803 B 3806 1E/2T 3800-05 3803 B 3805-02 2T 3800-05 - B 3805-02 3T 3800-05 3805-02 B 3805-02 1T/2S 3800-05 - B 3806 2T/2S 3800-05 3805-02 B 3806 1T/4S 3800-05 3806 B 3806 1F/1T 3800-05 3809 B - 1F/2T 3800-05 3809 B 3805-02 1F/1T/1E 3800-05 3809 B 3803 1F/1T/2S 3800-05 3809 B 3806 1E/2S 3800-03 3806 B - 1E/4S 3800-03 3806 B 3806 2E/2S 3800-03 3803 B 3806 2E 3800-03 3803 B - 3E 3800-03 3803 B 3803 1F/1E 3800-03 3809 B - 1F/2E 3800-03 3809 B 3803 1F/1E/2S 3800-03 3809 B 3806 Legend: - = Open position B = Part of base unit E = Ethernet interface T = Token Ring interface S = Serial interface F = FDDI interface (S and F are never installed in Position 2) Router Management The Model 3800 is fully integrated into SynOptics' SNMP-based management systems, enabling all routers, concentrators and host modules in a global LattisNet(R) network to be managed from a single, central site. The Model 3800 includes its own SNMP agent, which allows it to be monitored and controlled fr a SynOptics LattisNet Manager(tm) for DOS, UNIX- based Optivity(tm) or any other SNMP-compatible management station. Compliant with the MIB II definition, the agent has specific extensions which allow comprehensive management and monitoring of router ons and individual protocols. The Model 3800 can also be managed with SynOptics' RouterMan(tm) application, a member of the LattisWare(tm) Solutions family of diagnostic software tools. RouterMan, working with the Optivity management system, delivers uitive graphical interface for monitoring performance and detecting and isolating faults on routers throughout the enterprise network. In addition, the Model 3800 supports a Telnet interface which allows managers to configure specific routing features from terminals or management stations anywhere on an IP network. The Telnet interface, identical to the interface found on other SynOptics and Cisco routers, enables network managers to edit, store and download configuration files to individual routers anywhere on the network, supporting centralized administration of router configurations. For local management, a front-panel RS-232 console port accommodates asynchronous terminals to perform router administration and initial installation right in the wiring closet. Utilizing the Telnet interface, the local management feature allows authorized managers to examine and modify all configuration parameters on-site. In the event of serial line or network failures, the Model 3800 includes an auxiliary asynchronous (AUX) port to provide an out-of-band link to the management station. Using the standard SLIP protocol, the AUX port enables SNMP information to reach the management console even when normal in-band channels are unavailable. LattisNet Model 3800 Multi-media Router Specifications Connection Options * Ethernet * Token Ring * Serial lines * FDDI Data Rate 10 Mb/s IEEE 802.3 Ethernet 4 and 16 Mb/s IEEE 802.5 Token Ring 100 Mb/s FDDI Remote connections support 9,600 Bps to 2.048 Mb/s Protocols Supported * IP * Novell IPX * DECnet (Phase IV, V and IV-to-V translation) * DEC LAT * OSI CLNP * AppleTalk RTMP * Banyan Vines RTP * Xerox XNS * RIP * OSPF * IGRP * EGP * BGP * OSI ES-IS * OSI IS-IS * NetBios/LLC2 * Frame Relay * SMDS * X.25 * PPP * SLIP * SDLC Memory 4 Mb local 4 Mb shared Transfer Rate Filtering: Full media data rate Forwarding: 9,000 frames per second aggregate Network Management Expanded View(tm) Telnet remote console po RS-232 AUX port for out-of-band management SNMP agent for management from LattisNet Manager for DOS, Optivity, or any other SNMP-based application Standards Compatibility RFC 1155 (Structure of Management Information) RFC 1156 (Management Information Base) RFC 1157 (Simple Network Management Protocol) RFC 826 (Address Resolution Protocol) RFC 854 (Telnet) RFC 792 (Internet Control Message Protocol) RFC 791 (Internet Protocol) RFC 768 (User Datagram Protocol) RFC 783 (Trivial File Transfer Protocol) RFC 951 (BOOTP Protocol) Boot and Configuration Options Flash EEPROM boot BOOTP/TFTP software downloadable TFTP configuration file downloadable Physical Dimensions (H) 15 in x (W) 2.4 in x (D) 10.5 in [(H) 38.1 cm x (W) 6.2 cm x (D) 26.7 cm] Power Requirements Base Unit: 3A @ 5V Personality Modules: Each 2A @ 5V Environmental Specifications Operating temperature: 5*C to 40*C; storage temperature: -25*C to 70*C Operating humidity: 85% max relative humidity, non-condensing; storage humidity: 95% max relative humidity, non-condensing Operating altitude: 10,000 ft (3,048 m), 40*C max Free fall/drop: ISO 4180-2, NSTA 1A Vibration: IEC 68-2-6/34 Stock/bump: IEC 68-2-27/29 Electromagnetic Emissions Meets FCC Part 15, Subpart J, Class A and B Meets EN 55 022 (CISPR 22: 1985), Class B Meets General License VDE 0871, Class B (AmtsblVfg 243/1991, 46/1992) Meets VCCI Class 1 ITE Electromagnetic Susceptibility Electrostatic discharge (ESD): IEC 801-2, Level 2/4 Radiated electromagnetic field: IEC 801-3, Level 2 Electrical fast transient/burst: IEC 801-4, Level 2/3 Electrical surge: IEC 801-5, Level 1/3 Safety Agency Approvals UL listed (UL 1950) CSA certified (CSA 22.2 #950) TUV licensed (EN 60 950) Weight 4.5 lbs (3.0 kg) Corporate Headquarters SynOptics Communications, Inc. 4 401 Great America Parkway Santa Clara, CA 95054 Tel (408) 988-2400 Fax (408) 988-5525 System 3000, LattisNet Manager, Optivity, LattisWare, LattisSwitch, RouterMan and Expanded View are trademarks and LattisNet and SynOptics Communications are registered trademarks of SynOptics Communications, Inc. Other brand and product names are registered trademarks or trademarks of their respective holders. DA505-636US-B