™ Data Sheet – TNX -210 and TNX-1100 Versatile, resilient, reliable TNX-210 and TNX-1100 multiservice broadband switches Are you a service provider (SP) looking for high performance, maximum flexibility, and unparalleled resiliency from your ™ network? Look no further than Marconi’s TNX multiservice broadband switches. These scalable switches feature a variety of network interfaces and service modules, as well as simultaneous support of Asynchronous Transfer Mode (ATM), Multiprotocol Label Switching (MPLS), and IP. This enables you to offer various revenue-generating services. The TNX-210 and TNX-1100 are designed for The TNX-210 and TNX-1100 also have an SP multiservice edge networks. These reliable, extensive line of interfaces — from T1 to scalable switching solutions are ideal for your OC-48c — which makes these switches the next-generation network. They can easily best choice for offering a variety of services support today’s networking requirements and from a single switch. In addition, the interfaces scale to meet tomorrow’s growth, which means support a high degree of density, enabling your investment is always protected. And the SPs to leverage their investment in rack global availability of these switches enables space and further maximize profitability. easy worldwide expansion of your network. Key benefits The TNX family combines the high performance Differentiated Quality of Service (QoS) for and resiliency of high-capacity, non-blocking revenue maximization and achievement multiservice switching with the intelligence of service level agreements (SLAs) ® and scalability of Marconi ForeThought Switch control processors (SCPs) that scale to internetworking software. With small footprints match demands for voice, video, and data services and low costs, these switches are ideal for Unparalleled network resiliency and security central offices (COs) and for service extension delivered by ForeThought’s built-in intelligence to customer locations. Standards-based design to promote multivendor interoperability TNX-1100 The TNX-1100 offers the same features and PSTN high degree of service and resiliency as the TNX-210, but it adds the following density, DS-3 scalability, redundancy, and timing options: OC-3c Gatekeeper TNX-210 TNX-1100 MGW 2.5 Gbps to 10 Gbps scalable switching capacity SE-400 Series IAD OC-12c Up to 16 network module slots Support for up to 128 discrete ports — OC-12c OC-12c up to 32,256 DS-0s via channelized DS-3 TNX-210 TNX-1100 TNX-1100 IP/MPLS and channelized OC-3c network modules T1/FT1 Support for up to 128,000 virtual connections 10/100 Mbps Up to four switch modules with redundant 10/100 Mbps Pentium 266 MHz SCPs with 64 MB DSLAM B-RAS TNX-1100 DSLAM DRAM (256 MB RAM optional) DS-3 TNX-210 Optional Pentium 400 MHz SCPs with DS-3 OC-12c 256 MB DRAM DSLAM Frame Relay DSLAM Redundant Stratum 3 or 4 clocks Excellent for applications that demand greater performance and bandwidth at the interface level The TNX-1100’s distributed system design Meeting network demands All field-replaceable components — including and common equipment redundancy enable Today’s networks face incredible demands — power supplies, common equipment modules, it to achieve very high system availability at a more users, increased speed, integration of SCPs, network modules, and switch fabrics — relatively low price. With its unique distributed legacy technologies, implementation of new are hot swappable. Key components can be switching fabric architecture, the TNX-1100 technologies, greater service availability — all added or replaced while the system is offers greater resiliency than the TNX-210. on a common backbone. Network operators operating, which maximizes system availability tired of bandwidth band-aids look to Marconi and facilitates system maintenance and repair. In addition, each 2.5 Gbps switching fabric for long-term solutions that are adaptable, houses a primary SCP and a standard scalable, and reliable. TNX-210 secondary SCP. The secondary SCP preserves 2.5 Gbps switching fabric in a modular chassis the virtual connections and provides continued The TNX-210 and TNX-1100 are designed to Four network module slots switch operation during minor software meet the performance objectives of not only Support for up to 32 discrete ports upgrades, SCP upgrades, or primary today’s multiservice networks, but tomorrow’s Support for up to 16,000 virtual connections SCP failures. as well. These switches offer the flexibility and Support for a variety of interfaces, including scalability necessary to accommodate future ATM, Inverse Multiplexing for ATM (IMA), The TNX-1100’s timing control module (TCM) growth — and to protect your investment. Frame Relay, Circuit Emulation (CEM), and supports input and output connections to the With unrivaled reliability and advanced traffic 10/100 and Gigabit Ethernet building-integrated timing supply (BITS) timing management and shaping, the TNX switches are Redundant AC or DC power supplies distribution network within a CO. BITS is used ideal for supporting efficient, low-cost networks. One switch module with redundant in many CO locations to distribute timing Pentium 266 MHz SCPs with 64 MB reference signals to CO digital equipment. The The TNX multiservice switches compliment DRAM (256 MB RAM optional) TCM meets the relevant Telcordia and ANSI our extensive line of Marconi multiservice Optional Pentium 400 MHz SCPs with synchronization and clock standards, providing concentrators. These switches are built on 256 MB DRAM hitless switchover to a secondary reference in award-winning Marconi technology, and Network Equipment Building System (NEBS) the event of a primary failure. analysts and editors alike have recognized Level 3 certification the TNX family as “the best in the industry.” Low profile (less than 5 in. high) For sites where Stratum 3 or 4 performance is Fault tolerant required, but BITS is not, the TCM can be TNX technology Excellent for co-locations and multitenant configured to derive timing from any of the The TNX family’s architecture is based on output- applications TNX-1100’s network ports. buffered, distributed shared memory switching technology. Common systems components The TNX-1100 is able to support the consist of load-sharing power supplies and performance and throughput requirements of SCPs. The TNX-1100 adds Stratum 3 or 4 the most demanding network environments. clocks and distributed fans. A failure in any one of these components initiates an automatic switchover to the redundant component. Both switches provide environmental monitoring of temperature and power voltages; the TNX-1100 also monitors fan status. Superior network intelligence Meeting SLAs To ensure that network bandwidth is allocated The TNX switches support ForeThought, The TNX-210 and TNX-1100 deliver non- fairly and in compliance with the traffic Marconi’s powerful internetworking software. blocking, high-performance multiservice management policies established by the As a mature and reliable operating system for switching. They can support the demands of network operator, the TNX switches implement Marconi switches, ForeThought has been multiservice backbone networks in which a connection admission control (CAC) deployed in hundreds of networks worldwide. effective congestion management and strict algorithm for call admission and a usage Its performance and scalability are unmatched. control of QoS parameters — such as cell delay parameter control (UPC) algorithm for variation and cell transfer delay — are required. enforcing traffic contracts. The sophisticated ForeThought software provides Independent tests have verified that the TNX connection management features such as multiservice switches are two of the industry’s ForeThought CAC leading performers in these important functions. ForeThought CAC is a sophisticated on-demand smart permanent virtual circuits bandwidth allocation algorithm in which the (SPVCs); The TNX switches incorporate large output TNX calculates available network bandwidth switched virtual circuits (SVCs) at the user- buffers and per-VC bandwidth management per traffic class of service (CoS). The switch to-network interface (UNI) and network-to- to ensure that contracted SLAs are met on uses this calculation to determine whether network interface (NNI) levels; and each connection. Per-VC buffer management to accept or reject connection requests. transparent support for IP applications using effectively isolates users. This prevents each IP over ATM and LAN Emulation (LANE). user’s service level from being impacted by Bandwidth calculations are made for real-time the traffic behavior of other connections. variable bit rate (rt-VBR), non-real-time VBR Multiple services and scalability (nrt-VBR), and constant bit rate (CBR) traffic The TNX multiservice switches offer leading- Through implementation of Synchronous Optical types. Connection requests for unspecified bit edge technology, which enables you to provide Network (SONET)/Synchronous Digital Hierarchy rate (UBR) traffic are always accepted and are an extensive assortment of narrowband and (SDH) linear 1+1 automatic protection switching assigned bandwidth on a best-effort basis. broadband services to your customers from a (APS)/multiplex section protection (MSP) and CAC is based on an effective bandwidth single switching platform. You can start small timing protection on the OC-3 network module, algorithm designed to maximize the utilization and readily expand to offer networking services the TNX family provides the necessary availability of network resources by taking advantage of to thousands of customers and locations. to meet the demands of various SLAs. the statistical nature of VBR traffic. Port densities range from one port for the The TNX switches support an extensive logging To further optimize bandwidth usage, OC-12c and OC-48c modules to eight ports capability for network performance statistics. ForeThought CAC supports QoS overbooking. for the ATM T1/E1 module. Line-level statistics, such as line-code violations With QoS overbooking, the network operator and framing bit errors, are reported on every assigns the percentage by which each traffic SCPs interface. ATM-level statistics — including total class can be oversubscribed. This technique The TNX switches offer a scalable selection of transmitted, received, and errored calls — is extremely useful for environments in processors, from 266 MHz SCPs with 64 MB or are recorded for each ATM port. Additionally, which applications are bursty and can be 256 MB of DRAM to 400 MHz SCPs with 256 MB VC-level statistics, such as intentional and oversubscribed to a high degree with minimal of DRAM. In fact, processor performance is linked unintentional dropped cells, are reported for impact on network performance. to the Intel Pentium processor architecture. This each active VC. ensures that you will always have access to the ForeThought UPC latest enhancements in processor performance. Call detail statistics are also collected on ForeThought UPC polices virtual path This is especially critical in an industry that is a per-VC basis. A call record includes a connections (VPCs) and virtual channel experiencing network traffic growth of up to network-unique identifier, call type, call connections (VCCs). This ensures compliance 100 percent per year. duration, and numerous other connection- with negotiated traffic contracts and prevents related statistics. Call records are recorded “misbehaving” sources from impacting other By utilizing the power of the Pentium processor, locally and are periodically uploaded to a network users. ForeThought UPC implements the TNX switches have won third-party awards network management station for processing. standards-based generic cell-rate algorithms for fastest calls per second. They have exceeded Because the TNX switches offer a full range (GCRA) to police VPCs and VCCs. 1,900 call setups and teardowns per second, of connection-based statistics, you can create per node, in lab tests. numerous billing packages to provide a variety of differentiated services. Marconi’s commitment to increasing processor performance in tune with the industry’s growth rate ensures that the TNX TNX-1100 CEC-Plus clock specifications family will provide continuous investment Stratum 3 Stratum 4 protection for SP networks. Free run accuracy +4.6 ppm +20 ppm Holdover accuracy +0.05 ppm initial offset; N/A +0.04 ppm drift delay; +0.028 ppm temperature Pull-in range +4.6 ppm +50 ppm Synchronization Telcordia TR-TSY-000312, Telcordia TR-TSY-000312, standards TR-1244, TR-253; ANSI T1.101 TR-1244, TR-253; ANSI T1.101 Global availability In the last few years, thousands of Marconi TNX switch comparison multiservice switches have been installed TNX-210 TNX-1100 throughout the world. That’s because their Switching fabric 2.5 Gbps, non-blocking 2.5 to 10 Gbps, non-blocking industry-leading features and performance are Number of ports 2 to 32 2 to 128 acknowledged worldwide — and not only by Maximum virtual 16,000 128,000 Marconi customers. Several independent connections publications, including Network Computing, Switch transit delay <10 microseconds <12 microseconds Telecommunications, Network World, Maximum port speed OC-12c OC-48c Information Week, and Internet Week, have Dimensions H: 4.75 in. (12.1 cm); H: 24.5 in. (62.2 cm); recognized the outstanding capabilities of W: 17.5 in. (44.5 cm); W: 19 in. (48.3 cm); Marconi multiservice solutions. D: 18 in. (45.7 cm)* D: 18 in. (45.7 cm) Weight 24.9 lbs (11.3 kg) With AC power: 89.7 lbs (41 kg); The TNX switches have an extensive presence With DC power: 83.1 lbs (38 kg) in networks around the globe. In fact, we can AC power 90–270 VAC (autoranging), 120/240 VAC, 50/60 Hz, ship the TNX to any country in the world. This 47–63 Hz, 2.2 A, 200 W 12 A, 1 kW ensures that Marconi can partner with you at DC power 36–72 VDC, 10 A, 200 W 36–72 VDC, 30 A, 1 kW any stage of your business, whether you’re just gaining market share or expanding your * With an optional 70º angle bracket, the TNX-210 can be placed in a 12-in. rack. The business to become a global presence. resulting dimensions are: H: 16.75 in. (42.55 cm); W: 17.5 in. (44.5 cm); D: 12 in. (30.5 cm). You’ll also have the flexibility to standardize on the TNX as your switch of choice in the architecture of your globally deployed network. SPVCs ForeThought bandwidth management also ForeThought software provides yet another allows high-priority, delay-sensitive CBR (e.g., Facility and fault management intelligent feature: SPVCs. SPVCs provide real-time video and voice) and VBR traffic to The TNX switches support an array of fault faster re-establishment of permanent virtual traverse the network without being affected by management features for monitoring and paths (PVPs). While this offers resiliency for bursty ABR or UBR data traffic. The TNX-1100 troubleshooting network conditions on the the permanent virtual circuits (PVCs) on the is one of the first switches in the industry to switch as well as on the network: switching side, the SPVC feature extends the cross the threshold of 2,000,000+ cell buffers. Loopback capability to facilitate same redundancy all the way to the host or performance testing of transmission facilities any other device connected to the switch. The combination of large cell buffers and Standards-based facility alarms and When TNX switches are interconnected using hierarchical shaping enables the TNX switches statistics multiple links, the ForeThought software and to efficiently manage traffic flows and bandwidth – Monitor facility performance Pentium-based SCPs reroute traffic if a failure when connecting to lower-speed devices. – Alert the network management system occurs on any link. This network-level resiliency of degraded and failed conditions makes the TNX switches exceptionally well- Standards and interoperability ATM Layer F4 and F5 operation, suited for SP networks. All TNX switches support ATM Forum, IETF, administration, and maintenance (OAM) and ITU (CCITT) standards and are NEBS fault management cells Traffic management and Level 3 certified. They also comply with the – F4 OAM cells convey fault and hierarchical shaping following UNI 3.0/3.1/4.0 specifications: performance information for VPs The TNX-210 and TNX-1100 provide the Signaling – F5 OAM cells convey fault and industry’s most complete and advanced traffic Private Network–Network Interface (PNNI) performance information for VCs management features, including the following: signaling and routing, including PNNI peer High-capacity smart buffers (up to 128,000 group leader hierarchy Applications driving today’s cells per port) Traffic management (UPC policing) networking requirements Per-VC queuing and hierarchical traffic shaping Network management Internet applications such as e-commerce and Frame discard – Interim Local Management Interface (ILMI) multimedia entertainment are growing at an GCRA traffic policing Management Information Base (MIB) exponential rate. To support this growth, they Comprehensive counters, including G.826 – Simple Network Management Protocol demand a reliable, high-performance network SONET statistics (SNMP) MIB infrastructure. The TNX-210 and TNX-1100 Configurable buffer thresholds are engineered to answer this challenge by Explicit-rate available bit rate (ER-ABR) support The TNX switches also support Classical IP supporting a wide range of network interface (RFC 1577) and LANE 1.0 with Distributed LAN modules, reliable ForeThought software, and In addition, hierarchical shaping enables the Emulation (DLE) enhancements. More importantly, world-class customer support. TNX switches to shape traffic at the VC level. the TNX family of multiservice switches has This optimizes backbone network utilization been thoroughly field tested to interoperate and helps you offer high-quality, guaranteed with other vendors’ products and services. services to your customers. The TNX switches’ MPLS implementation is based on the Martini IETF draft. It specifies encapsulation for ATM, Frame Relay, Ethernet, and high-level data link control (HDLC). The unprecedented growth of the Internet and Network modules and interfaces Enhanced ATM Forum LANE 1.0 the need to increase the connection capacity ATM Virtual UNI to transport multiservice traffic are accelerating – T1/E1 with IMA Per-VC queuing, shaping, and statistics the deployment of digital subscriber lines – Channelized DS-3/1 with IMA >2,000,000 cell buffers (smooth bursty traffic) (DSLs). To accommodate this, the TNX – Channelized DS-3/E1 with IMA Redundant common equipment (SCPs, TCM product family offers: – DS-3/E3 [TNX-1100 only], power supplies, and fans) – OC-3c/STM-1 Stratum 3 and 4 timing industry-leading application-specific – OC-12c/STM-4 Enhanced connection performance integrated circuits (ASICs) and advanced – 155 Mbps SONET/SDH (Category 5 UTP, Hot-swappable components traffic management to aggregate DSL OC-3c/STM-1 and STM-1e) <2 microseconds call setup access multiplexers (DSLAMs); – OC-48c/STM-16 (TNX-1100 only) 1,250 calls per second (TNX-210 with large buffers and an increased connection Frame Relay the Pentium 400 MHz SCP) capacity, which make the TNX switches – T1/E1 (clear channel and channelized) 1,250 calls per second per 2.5 Gbps fabric ideal for DSLAM aggregation; and – Channelized DS-3/1/0 (clear channel and (TNX-1100 with the Pentium 400 MHz SCP) QoS overbooking to help you get a higher channelized with Multilink Frame Relay 1+1 SONET APS (OC-3c) return on investment (ROI) by effectively [FRF.16]) Connection Modify — permanent and oversubscribing the links between these CEM switched connections multiservice switches. – T1/E1 (clear channel and channelized) Transit Network Selection (TNS) – Channelized DS-3/1/0 (clear channel and Management plane security per Telcordia The TNX switches’ Ethernet Transparent LAN channelized) GR-815-CORE Services (TLS) run over ATM or MPLS cores. – OC-3c channelized to DS-1/0 SNMPv3 with Triple Data Encryption Advanced SLA services include IEEE 802.1p 10/100 and Gigabit Ethernet Standard (3DES) priority of service mapping to PVCs, SPVCs, Secure Shell (SSH) v2 and MPLS label switched paths (LSPs). Key features Secure Socket Layer (SSL), Remote Likewise, the TNX switches’ support of IEEE Scalability up to 128 ports Authentication Dial-In User Service 802.1Q is very robust. Virtual LANs (VLANs) 2.5 Gbps to 10 Gbps non-blocking (RADIUS), SecurID, and Kerberos can be mapped to ATM or MPLS connections. switching capacity Closed user groups (CUGs) Complete line of LAN and WAN interfaces Policed UBR In addition, virtual private network (VPN) services Port speeds from T1/E1 (N x 64 Kbps) to Enhanced disaster recovery with patent- can be based on a point-to-point, dedicated OC-12c/STM-4 (up to OC-48c for TNX-1100) pending Marconi Distributed Protection Layer 2 (RFC 1483 bridged PVCs) service NEBS Level 3 compliance Switching and/or an MPLS Layer 2 LSP. Soon, the TNX Hierarchical traffic shaping G4 link management interface (LMI) support family will also support RFC 1483 routed PVCs. SONET/SDH APS/MPS on OC-3c/STM-1 on the channelized DS-3 Frame Relay module network modules These combined features enable you to Inverse ATM multiplexing support via T1/E1 offer multiple services and SLAs to residential and channlized DS-3/1/E1 IMA modules and business customers. The TNX family T1/E1 (N x 64 Kbps) CEM for private branch provides the means to sell these differentiated exchange (PBX) connectivity services over a single network while Non-service-disrupting software and maximizing your profits. processor upgrades Frame Relay internetworking (FRF.1.1, A solution built on economics and FRF.2.1, FRF.3, FRF.5, FRF.8, and FRF.16) technological leadership ForeThought network intelligence The TNX line of switches is cost effective, – Smart buffers non-blocking, standards based, high – Per-VC queuing performance, fault tolerant, and field proven. – Early packet discard (EPD) – Partial packet discard (PPD) – ER-ABR support The TNX-210 provides a small-footprint solution ATM Forum standards compliance for service extension to customer locations – PNNI 1.0 and remote service offices. The TNX-1100 – Peer group leader hierarchy (H-PNNI) offers a scalable CO solution, enabling rapid – ATM Inter-Network Interface (AINI) expansion of port capacity without service – Network Call Correlation Identifier (NCCI) disruption. This modularity allows you to – Path and Connection Trace expand your network — and, therefore, your – Control Plane Security — only Marconi capital investment — in a manner that is offers this feature for ATM networks consistent with your business growth. Data summary ATM features Output buffers Maximum of 128,000 cells per port; PPD, EPD, and policing leaky bucket GCRA Standards compliance ITU I.361 ATM Layer, UNI 3.0/3.1/4.0, NEBS Level 3 Traffic shaping CBR, rt-VBR, nrt-VBR, UBR SCP features Ethernet interface IEEE 802.3 compatible, RJ-45 connector Front panel indicators Diagnostic indicators, CD and TX/RX data Safety UL 1950, CSA 22.2, IEC 950, EN50082-1 Serial interface DB-9 connector General Emissions FCC Part 15, Class A; CISPR 22, Class A; VCCI Class 1 EMC; IEC 801-2 Level 3, IEC 801-3 Level 2, IEC 801-4 Level 2 Environmental ESD susceptibility IEC 801-2 Level 3 Operating humidity 10% to 90% relative humidity, non-condensing Operating temperature 23º F to 131º F (-5º C to +55º C), up to 10,000 ft (3,048 m) per Telcordia NEBS GR-63-CORE Storage humidity 5% to 95% relative humidity, non-condensing Storage temperature -40º F to +158º F (-40º C to +70º C), up to 30,000 ft (9,144 m) TNX-210 ordering information Multiservice broadband switches TNX-210/AC* Base configuration (AC); includes 2.5 Gbps non-blocking ATM switching fabric via one switch module, four network module slots, redundant AC power supplies, and redundant Pentium 266 MHz SCPs with 64 MB DRAM TNX-210/DC* Base configuration (DC); includes 2.5 Gbps non-blocking ATM switching fabric via one switch module, four network module slots, redundant DC power supplies, and redundant Pentium 266 MHz SCPs with 64 MB DRAM Factory-installed hardware upgrades SCP-TNX-P5400-I** Redundant Pentium 400 MHz SCPs with 256 MB DRAM (two Pentium 400 MHz SCPs installed in place of Pentium 266 MHz SCPs) SCP-TNX-P266-HM-I*** Redundant Pentium 266 MHz SCPs with 256 MB DRAM (two Pentium 266 MHz SCPs with 256 MB DRAM installed in place of Pentium 266 MHz SCPs with 64 MB DRAM) Spares and accessories SM-210 TNX-210 switch module (SCP not included) ENCL-210/AC TNX-210 switch enclosure with 2 AC power supplies ENCL-210/DC TNX-210 switch enclosure with 2 DC power supplies PS-210/AC TNX-210 AC power supply PS-210/DC TNX-210 DC power supply SCP-P5-400** Pentium 400 MHz SCP with 256 MB DRAM and 32 MB flash SCP-P5-266*** Pentium 266 MHz SCP with 64 MB DRAM and 16 MB flash SCP-P5-200* Pentium 200 MHz SCP with 64 MB DRAM and 16 MB flash FT-SW/R Replacement software media (current version only) Field hardware upgrades SCP-P5-200-HM-UPG* SCP-P5-200 256 MB DRAM upgrade kit; includes 256 MB memory, EPROM, chip puller, and instruction manual SCP-P5-266-HM-UPG*** SCP-P5-266 256 MB DRAM upgrade kit; includes 256 MB memory, EPROM, chip puller, and instruction manual * Requires ForeThought 7.0 or greater software or patch to ForeThought 6.2. ** Requires ForeThought 8.0 or greater software or patch to ForeThought 7.0 or 7.1. *** Requires ForeThought 8.0 or greater software or patch to ForeThought 6.2 or greater. TNX-1100 ordering information † AC base configurations (must choose DS-1 or E1 timing) TNX-1100/2.5AC-4 2.5 Gbps switch, Stratum 4 CEC-Plus TNX-1100/2.5AC-3 2.5 Gbps switch, Stratum 3 CEC-Plus TNX-1100/5AC-4 5 Gbps switch, Stratum 4 CEC-Plus TNX-1100/5AC-3 5 Gbps switch, Stratum 3 CEC-Plus TNX-1100/7.5AC-4 7.5 Gbps switch, Stratum 4 CEC-Plus TNX-1100/7.5AC-3 7.5 Gbps switch, Stratum 3 CEC-Plus TNX-1100/10AC-4 10 Gbps switch, Stratum 4 CEC-Plus TNX-1100/10AC-3 10 Gbps switch, Stratum 3 CEC-Plus † DC base configurations (must choose DS-1 or E1 timing) TNX-1100/2.5DC-4 2.5 Gbps switch, Stratum 4 CEC-Plus TNX-1100/2.5DC-3 2.5 Gbps switch, Stratum 3 CEC-Plus TNX-1100/5DC-4 5 Gbps switch, Stratum 4 CEC-Plus TNX-1100/5DC-3 5 Gbps switch, Stratum 3 CEC-Plus TNX-1100/7.5DC-4 7.5 Gbps switch, Stratum 4 CEC-Plus TNX-1100/7.5DC-3 7.5 Gbps switch, Stratum 3 CEC-Plus TNX-1100/10DC-4 10 Gbps switch, Stratum 4 CEC-Plus TNX-1100/10DC-3 10 Gbps switch, Stratum 3 CEC-Plus Factory-installed hardware upgrades SCP-TNX400-I** Redundant Pentium 400 MHz SCPs with 256 MB DRAM (two Pentium 400 MHz SCPs installed in place of Pentium 266 MHz SCPs); requires one SCP-TNX400-I per switch module to be upgraded SCP-TNX-P266-HM-I* Redundant Pentium 266 MHz SCPs with 256 MB DRAM (two Pentium 266 MHz SCPs with 256 MB DRAM installed in place of Pentium 266 MHz SCPs with 64 MB DRAM) Spares and accessories SM-1100 TNX-1100 switch module (SCPs not included) SM-1100-B TNX-1100 high-performance switch module (SCPs not included) SCP-P5-400** Pentium 400 MHz SCP with 256 MB DRAM and 32 MB flash SCP-P5-266* Pentium 266 MHz SCP with 64 MB DRAM and 16 MB flash SCP-P5-266-HM* Pentium 266 MHz SCP with 256 MB DRAM and 16 MB flash SCP-P5-200* Pentium 200 MHz SCP with 64 MB DRAM and 16 MB flash SCP-P5-200-HM* Pentium 200 MHz SCP with 256 MB DRAM and 16 MB flash PS-1000AC TNX-1100 AC power supply PS-1000/DC-B TNX-1100 DC power supply ENCL-1100 TNX-1100 switch enclosure FAN-1100 TNX-1100 fan tray †† CEC-PLUS/CXR CEC-Plus carrier module †† TCM/DS1-3 TCM with Stratum 3 DS-1 interface †† TCM/DS1-4 TCM with Stratum 4 DS-1 interface †† TCM/E1-3 TCM with Stratum 3 E1 interface †† TCM/E1-4 TCM with Stratum 4 E1 interface FT-SW/R Replacement software media (current version only) CMT-19 19-in. cable management tray CMT-23 23-in. cable management tray RMB23-14UI 23-in. rack-mount brackets (one pair) KIOSK-23 23-in. Marconi kiosk; includes removable sides and door with bronze-tinted window and lockable handle and two pairs of 23-in. rack-mount brackets KIOSKPKG-23/AC 23-in. AC power Marconi kiosk package; includes Marconi kiosk, 23-in. cable management tray, two pairs of rack-mount brackets, and extended-length AC power cords KIOSKPKG-23/DC 23-in. DC power Marconi kiosk package; includes Marconi kiosk; 23-in. cable management tray; two pairs of rack-mount brackets; and power interface with system alarm display, alarm extension cables,and DC power breaker panel interface (BIP) cables * Requires ForeThought 7.0 or greater software or patch to ForeThought 6.2. ** Requires ForeThought 8.0 or greater software or patch to ForeThought 7.0 or 7.1. † Includes non-blocking, high-performance ATM switching fabric via 1–4 switch modules, 4 –16 network module slots (4 slots per module), redundant power supplies, redundant Pentium 266 MHz SCPs with 64 MB DRAM per switch module, and CEC-Plus management station with redundant TCMs (must choose DS-1 or E1 timing). †† To order a spare, configured CEC-Plus, order a CEC-Plus/CXR and two TCMs of the same type and Stratum as desired. TNX-1100 ordering information (continued) Field hardware upgrades (for customers using the SM-1100-B switch fabrics) SCP-P5-200-HM-UPG* SCP-P5-200 256 MB DRAM upgrade kit; includes 256 MB memory, EPROM, chip puller, and instruction manual SCP-P5-266-HM-UPG* SCP-P5-266 256 MB DRAM upgrade kit; includes 256 MB memory, EPROM, chip puller, and instruction manual TNXB-P400/UPG** TNX-1100 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 400 MHz SCPs with 256 MB DRAM TNXB-P266/UPG* TNX-1100 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 266 MHz SCPs with 64 MB DRAM TNXB-P266-HM/UPG* TNX-1100 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 266 MHz SCPs with 256 MB DRAM TNXB-P200/UPG* TNX-1100 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 200 MHz SCPs with 64 MB DRAM TNXB-P200-HM/UPG* TNX-1100 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 200 MHz SCPs with 256 MB DRAM Field hardware upgrades for upgrading the SM-1100 to SM-1100-B (all fabrics within a chassis must be of the same type) TNXB-UPG-P400** 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 400 MHz SCPs with 256 MB DRAM; requires one per each 2.5 Gbps capacity; a credit is given for the destruction of the SM-1100 and previous SCPs TNXB-UPG-P266* 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 266 MHz SCPs with 64 MB DRAM; requires one per each 2.5 Gbps capacity; a credit is given for the destruction of the SM-1100 and previous SCPs TNXB-UPG-P266-HM* 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 266 MHz SCPs with 256 MB DRAM; requires one per each 2.5 Gbps capacity; a credit is given for the destruction of the SM-1100 and previous SCPs TNXB-UPG-P200* 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 200 MHz SCPs with 64 MB DRAM; requires one per each 2.5 Gbps capacity; a credit is given for the destruction of the SM-1100 and previous SCPs TNXB-UPG-P200-HM* 2.5 Gbps switch module upgrade; includes SM-1100-B switch fabric and two Pentium 200 MHz SCPs with 256 MB DRAM; requires one per each 2.5 Gbps capacity; a credit is given for the destruction of the SM-1100 and previous SCPs * Requires ForeThought 7.0 or greater software or patch to ForeThought 6.2. ** Requires ForeThought 8.0 or greater software or patch to ForeThought 7.0 or 7.1. Marconi Product information 5000 Marconi Drive Phone: 724-742-6466 Warrendale PA 15086-7502 Toll free: 1-866-MARCONI USA Fax: 724-742-6464 Phone: 724-742-4444 www.marconi.com Toll free: 1-866-MARCONI (1-866-627-2664) www.marconi.com © Marconi Communications, Inc. 2004. All rights reserved. This publication is issued to provide outline information only which (unless agreed by Marconi Communications, Inc.) may not be used, applied, or reproduced for any purpose or form part of any order or contract or be regarded as a representation relating to the products or services concerned. Marconi Communications, Inc. reserves the right to alter without notice the specification, design, or conditions of supply of any product or service. Marconi and the Marconi logo are trademarks of Marconi Corporation plc. ForeThought is a registered trademark of Marconi Communications, Inc. TNX is a trademark of Marconi Communications, Inc. All other foregoing trademarks are trademarks of their respective owners. Code: DS – TNX-210 and TNX-1100/0204