AccelArray

Documentation

• AccelArray IP-Rich Platform for Optimized Functionality, Performance and Time to Market (Article)

  AccelArray IP-rich platforms enable users to significantly improve their time-to-market and lower the total cost of ownership when designing complex, applicationspecific system-on-chip (SoC) products compared to conventional
  ASICs.

• AccelArray Mega Platforms Fact Sheet

  AccelArray™ is an innovative technology and design approach that leverages Fujitsu’s ASIC design experience, system-level expertise and commitment to offer unprecedented performance with a short time to market. Additionally, AccelArray offers significantly lower up front NRE costs compared to cell-based ASICs in 0.11µm technology. The architecture eliminates many design tasks that consume a considerable amount of time in back-end physical design, such as DFT insertion, power mesh and clock tree synthesis. In addition, internal timing closure, cross talk analysis and corrections, and I/O timing closure are extremely simplified. AccelArray's unique architecture offers the lowest power solution in its class. Power dissipation is significantly improved, over similar solutions, through the use of embedded Flip Flops, pre-defined clock tree architecture
  and optimized libraries for gate density and lower power.

• AccelArray- Performance like ASIC, Time-to-market like FPGA with Ideal Development Cost (Presentation)

  Market Opportunity, AccelArray- Value Advantage, Features, Architecture, Target Vertical Markets, Summary

• AccelArray Technology Reduces ASIC Costs and Turnaround Times, and Offers 400 Mbps DDR Interface (The Syndicated)
• AccelArray Technology Update (Article)

  Innovative technology that addresses design challenges in 0.11µm technology
  with low non-recurring engineering costs and fast turn-around time

• AccelArrayTM Giga Platforms Fact Sheet

  Giga platforms address the specific needs of mid-volume vertical markets that require the performance of cell-based ASICs. These platforms leverage Fujitsu's decades of ASIC design and system-level expertise in the networking, storage
  networking, next-generation consumer electronics and imaging markets.