| 
       yNEWS RELEASEz 
       
      July 18, 2002 
       
      
      
        
          
            FUJITSU TEN developes a multi-node real-time
            sumilator equiped  
            with Intel(R) Pentium(R) 4-2GHz as the latest addition to its automobile
            ECU, CRAMAS(*) 
            - The new CRAMAS is expected to shorten the
            time required to develop large-scale
            automotive
            control systems as well as to
            improve the
            efficiency of testing and evaluating
            such
            systems - | 
           
          
            | (*) CRAMAS: Computer Aided Multi-Analysis System | 
           
        
       
       
      
      
      
      
       
      FUJITSU TEN LIMITED (Head Office: Kobe, President,
      Takamitsu Tsuchimoto, Capital: 5.3 billion
      yen) has added to its CRAMAS lineup a new
      system which incorporates several real-time
      simulators in multi-node. With each simulator
      equipped with Intel(R) Pentium(R) 4-2GHz high-speed CPU board, this system
      can improve the efficiency of functional
      evaluation for the development of large-scale
      automotive control system while expediting
      the experiment and evaluation process during
      the line production design stage. 
      This system will be exhibited at the
      2002
      Automotive Engineering Exposition (sponsored
      by the Society of Automotive Engineers
      of
      Japan, Inc.) to be held at Pacifico
      Yokohama
      (Yokohama city) from July 23 (Tue)
      to July
      25 (Thu), 2002. 
       
       
      The improvement of safety and comfort of
      automobiles over the recent years has
      created
      a request for higher-capacity firmware
      in
      ECU (Electronic Control Unit) and the
      extended
      process for functional development
      and reliability
      evaluation.  
      FUJITSU TEN's real-time simulator CRAMAS,
      launched into market last year, enables manufacturers
      to evaluate the function and reliability
      of their control algorithm installed in ECUs
      for engines and transmissions under the simulated
      conditions as if they were actually mounted
      on automobiles. 
       
      Upgraded from the previous CRAMAS software
      and equipped with Intel(R) Pentium(R) 4-2GHz high-speed CPU board, the newly developed
      system exhibits higher computing performance. 
      Furthermore, linking several simulators
      in
      multi-node has not only enabled the
      simulation
      of complicated and diversified movement
      of
      automobiles including that of engines
      and
      transmissions but also contributed
      to the
      shortening of ECU development period
      as well
      as to the improvement of efficiency
      in tests
      and evaluations. 
      This product will be made available
      on a
      BTO (built-to-order) basis. 
       
      [Main Characteristics] 
      The product can: 
      EExhibit high computing performance enabled
      by Intel(R) Pentium(R) 4-2GHz high-speed CPU board. 
      ESimulate large-scale control system
      through
      multi-node. 
      EBe easily operated from PC and can
      be used
      jointly with PC for data compiling. 
      EBe applied to non-automotive electronic
      control units  
       
      [System Configuration] 
      Main Unit Case, CPU, ADIO Board (analogue/digital
      input/output), CORE Board (Custom Signal
      Processing Equipped with FPGA), CAN
      Transmission
      Board, CRAMAS Base Software 
       
      [Trademarks] 
      Intel and Pentium are the registered
      trademarks
      of Intel Corporation. 
       
      (Note) 
      The PC, DC power unit, ECU, harness
      and the
      interface built in the main unit case
      shown
      on the attached photo are not included
      in
      the basic system configuration.
  
       
      The contents of a press release are as of
      the publication. Later, they are apt to be
      changed without notice. Thank you for understanding
      in advance.  |