MathStar, an innovator in high-performance semiconductors, and Summit Design, the world leader in electronic system-level (ESL) design solutions and methodologies, today announced the immediate availability of Visual Elite SystemC based libraries for MathStar's Silicon Objects technology. The MathStar libraries enable designers to leverage the productivity and ease-of-use of SystemC ESL tools while targeting their designs at MathStar's revolutionary new family of Field Programmable Object Arrays (FPOAs).
FPOA devices offer a solution to companies caught between the issues of ASIC development cost and the performance limitations of conventional FPGA architectures. The FPOA design process dramatically simplifies conventional chip design flows by using the revolutionary NoGates approach to design. With NoGates, hardware accurate SystemC models from Summit Design's industry-leading Visual Elite are directly mapped into the FPOA architecture. This eliminates synthesis and associated gate-level place and route timing closure steps. The simplified design methodology, coupled with the 1 GHz deterministic clock rate for the FPOA, opens a whole new set of cost-effective,
high-performance applications to field programmable products.
"The new MathStar libraries are an important addition to the world of ESL-based design, combining high-level modeling with a direct path to implementation," stated Rami Rachamim, Summit Design's Marketing Director. "They are the first libraries that leverage the power and productivity of Visual Elite and SystemC without requiring any gate-level synthesis or timing closure loops."
"Summit Design SystemC based IDE is an ideal platform to build a next generation design methodology on. Visual Elite is able to provide a comprehensive, hardware accurate, system design environment that we can use to bring applications to market very rapidly," commented Chris Sonnek, MathStar's Engineering VP.
MathStar will target applications domains using customized mixes of object types, on-chip memory resources, and high-performance I/O. Initial target applications will include extreme DSP, wire speed packet processing and aggregation applications in 10 Gbps networking and storage equipment markets.
MathStar designs and develops ultra-high performance semiconductors for networking, storage, signal processing, and reprogrammable logic markets. Founded by communications industry veteran Douglas M. Pihl, MathStar is a development stage company headquartered in the Minneapolis, Minn. metropolitan area. For more information about MathStar, Inc., please visit the company's website at http://www.mathstar.com or email us at email@example.com.
About Summit Design
Summit Design is a leading international supplier of software products addressing engineering challenges met during the specification and implementation design phases of complex hardware/software systems. The world's top electronics companies use Summit Design's products to increase engineering productivity, shorten time-to-market, and improve product quality. Summit Design is headquartered in Burlington, Mass. with offices in Europe, Japan, Israel, and ROA. For more information on Summit and its products, visit http://www.sd.com/ or send e-mail to firstname.lastname@example.org.