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CSPI 2000 Series Datasheet Full-service, independent repair center -~ ARTISAN® with experienced engineers and technicians on staff. TECHNOLOGY GROUP ~I We buy your excess, underutilized, and idle equipment along with credit for buybacks and trade-ins. Custom engineering Your definitive source so your equipment works exactly as you specify. for quality pre-owned • Critical and expedited services • Leasing / Rentals/ Demos equipment. • In stock/ Ready-to-ship • !TAR-certified secure asset solutions Expert team I Trust guarantee I 100% satisfaction Artisan Technology Group (217) 352-9330 | [email protected] | artisantg.com All trademarks, brand names, and brands appearing herein are the property o f their respective owners. Find the CSPI 2741 at our website: Click HERE 2000 SERIES Rugged High Performance Scalable Embedded Clusters Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com FastCluster 2000 SERIES: Innovative Solutions for Rugged Embedded Computing Innovative Solutions from CSPI Cluster computing is rapidly becoming the preferred technology for Embedded High Performance Computing (HPC). Early adopt- ers are now turning to proven commercial turnkey solutions to capitalize upon the open source Linux environment and MPI as the preferred message passing paradigm making GASS improves real-time target, ocean & it possible to go from research to deployment sensor modeling capabilities of Navy ASW without any software changes accelerating the trainers. development cycles. A large class of DOD applications require HPC systems to run simulations based upon complex models demanding the processing power of 100's to 1000's of processing nodes. Memory requirements also increase propor- tionally with the complexity of these problems. Complex real-time signal processing and anal- ysis applications require scalable platforms to meet the requirements of large radar and sonar systems, trainers and simulators. Meeting the challenge of the future, clustering solutions using standard COTS technologies and open Hydra Sonar Systems are incorporated into source software are the best path to offer the Swedish Navy’s Visby class ships hardware and software technology insertion, support and affordable development costs. Rugged Platforms The FastCluster 2000 SERIES features the compute processing density, rugged packag- ing, low power, high availability, outstanding performance, scalable open architecture and clustering technology required to support sonar, radar, Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance (C4ISR) applications intend- ed for deployment in the harsh and confined environments of shipboard, airborne, and land- mobile platforms. SAPPS will be used by the Royal Swedish Navy to analyze active and passive sonar records Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com FastCluster 2000 SERIES: The Ultimate Benchmark is Success in the Field Variants of Mk92 fire con- trol systems are installed on FFG-7 frigates world- Experience wide CSPI was founded in 1968 and has over 30 years of experience specifying, designing, and manufacturing commercial and rugged COTS products that deliver architectural peak Some CSPI Program Wins: performance in compliance with standards. Sonar Signal Processing CSPI hardware expertise includes ASIC design for memory controllers and I/O for The Hydra Program RISC and DSP architectures ranging from Computing Devices Canada Ltd. the early i860 and SHARC to the more cur- rent PowerPC and AltiVec. In addition, most Stimulation / AWS Trainers CSPI product designs involve the integration Generic Acoustic Stimulation System of the Myrinet chipset switches and network (GASS) Program processors. With a focus on delivering ultra Northrop Grumman Norden Systems, Inc. dense COTS systems CSPI has extensive DSP COTS technology upgrade experience with multi-layer PC boards, back- Mk92 Fire Control System planes, systems packaging, ASIC and FPGA designs. Lockheed Martin / Indra Sistemas S.A. CSPI software expertise includes optimizing Surveillance Radar signal processing libraries and O/S support Advanced Hawkeye Program (E2-C) for Linux, VxWorks, SuperKit, and PSOS. Lockheed Martin CSPI has been selected for a wide variety of DOD programs because our product offerings Test and Evaluation RSG Program (Aegis Combat System) include several options to afford the customer Lockheed Martin for the U.S. Navy's flexibility in selecting the best modules to Combat System Engineering configure a system that meets their applica- Development Site (CSEDS) tion specific needs. A partnership with CSPI provides the customer access to Single Sonar Board Computers, Blades, MultiComputers, Sonar Acoustic Post Processing System I/O components, disk drives, cabling and (SAPPS) enclosures designed with adherence to stan- Array Systems Computing / Royal dards, integrated and supported by a single Swedish Navy vendor. CSPI has always provided product solutions Rugged 2000 SERIES that are complete systems, integrating both MultiComputers are used hardware and software. CSPI provides all of in the next generation radar the tools and support necessary for the user for the E--2C Hawkeye to develop, deploy and maintain the product that they themselves have created. Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com FastCluster 2000 SERIES: Clustering Technologies ECC SDRAM Cache Open Standards Single Processing Node All FastCluster hardware and software (MPC74xx with AltiVec) ASIC PowerPC Memory Controller is based on open technology, com- Flash The nucleus of the FastCluster system is the MPC74xx modity components and industry stan- Network Interface processing node. FastCluster is a Myrinet Controller dards. This makes it easy for engineers based product that utilizes a two-level archi- tecture for the processing node, thus optimiz- Myrinet Switch to develop and maintain their applica- ing the strengths of each part of the system. tions. The result is reduced costs and The first level is the compute processor. The second level of the architecture is the Myrinet High Speed Packet increased customer satisfaction. It also LANai RISC processor. Specifically the LANai Switched Interconnect offloads communication tasks from the com- SRAM Buffer means that the user, if need be, can pute processor. This unique two-level archi- Address Data draw upon other tools developed to the tecture allows the commodity processor to do Processor Bus what it is best at, namely computation, and LANai allows the LANai processor to do what it is Network same standards to aide in their appli- Processor best at by performing the I/O. Backplane cation development. 500 MB/sec P0 Connector SAN Cable 16 Port SAN Myrinet Converter SAN/ SAN/ Switch Fault Tolerant Features Fiber Fiber LAN Connector Each FastCluster embedded blade Fibre Connector Fiber Optic SAN Connector has built-in self-test features and safe- guards to monitor and protect against power and thermal events that would Commodity Processor data between processors at full duplex interrupt normal system operation. The first level is the compute proces- speeds up to 250 MB per second in sor, which is a commodity processor each direction for a total of 500 MB Live Insertion that has its strengths in its ability to per second per port.The LANai is used All modules support live insertion. perform multiple gigaflops as well as in conjunction with a 16 port Myrinet being a very good general processor. switch to interconnect every proces- Modularity The current processor is the Motorola sor to every other processor within the Small Line Replaceable Units (LRUs) 7457 at 1 GHz with 2MB of L3 cache. system. are used to implement the system reducing the cost of spares and facili- LANai FLASH tating quick maintenance and deploy- The current LANai, Myrinet-2000 Every processing node in the system ment. LANai 9, is capable of transferring has a large flash memory [32MB] where the operating system resides. This means that each processor can Product and Technology Roadmap boot from flash greatly increasing the speed of the system booting. Each IndustryIndustry Standards,Standards, OpenOpen Technologies,Technologies, CommodityCommodity ComponentsComponents node can boot stand-alone instead of 6U x 160mm VME VME64x with PO VME64x, 9U, CPCI, PMC I/O having to compete with other nodes Myrinet on VME (ANSI/VITA 26-1998 Myrinet-2000 (Standard reaffirmed 2003) Myrinet-2000 for a single I/O resource and/or disk Level I & II Environmental Air Cooled, Rugged Level III - Conduction Cooled MIL SPEC resource to boot from. VxWorks (RTOS) VxWorks and/or Linux VxWorks and/or Linux FPDP FPDP, PCI/PMC FPDP, PCI/PMC, Fiber The user also has access to the 11 GHz+GHz+ PowerPCPowerPC 74xx74xx FLASH on each node, such that the 29422942 MultiComputerMultiComputer // BladeBlade StarGateStarGate 29232923 withwith PMCPMC I/OI/O user application can reside in flash as 400-500400-500 MHzMHz PowerPCPowerPC 74xx74xx 2814,2814, 2840.2840. 2841,2841, 28422842 MultiComputersMultiComputers well. This translates to a fast cold start JumpGate 2823 with PMC I/O JumpGate 2823 with PMC I/O to run-time mode. 300-400300-400 MHzMHz PowerPCPowerPC 7xx7xx 2711,2711, 2740,2740, 2741,2741, 27422742 MultiComputersMultiComputers 200-300200-300 MHzMHz PowerPCPowerPC 603603 2610,2610, 2640,2640, 26412641 MultiComputersMultiComputers 1998 1999 2000 2001 2002 2003 2004 2005 Artisan Technology Group - Quality
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