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2008-02-13
Press Release
SPI's Storm-1 SP16HP Chip Named Finalist in EDN’s Innovation Awards
The world’s highest-performing, simple-to-program DSP recognized in multicore microprocessor category SUNNYVALE, Calif. – Feb. 13, 2008 – Stream Processors Inc. (SPI), a fabless semiconductor company focused on making parallel processing simple, today announced that its Storm-1 SP16HP-G220, the world’s highest-performing DSP, has been named a finalist for EDN’s 18th Annual Innovation Awards. The magazine annually recognizes outstanding achievements in state-of-the-art semiconductor design and the chip was nominated in the multicore microprocessor category. The magazine’s readers will help select the winner. When SPI launched the Storm-1 family last year, the SP16HP was introduced as the world’s highest-performance, yet simple-to-program DSP with up to 448 GMACS at 20 μW per MMAC. Combining ASIC-level cost points with exceptional performance and full software programmability makes it ideal for DSP applications such as video surveillance, telepresence, wireless basestations, and broadcasting. SPI’s chief scientist and driving force behind the Storm-1 stream processor architecture, William Dally, was also recognized as a finalist for the magazine’s “Innovator of the Year” award. (http://www.streamprocessors.com/streamprocessors/Home/About/PressReleases/2008-02-11.html) “To be recognized as a finalist in the multicore microprocessor category is an honor for the team here at SPI which has devoted untold hours to the success of our Storm-1 design,” said Chip Stearns, president and CEO of SPI. “We are dedicated to bringing the power of a C-programmable DSP architecture to applications that previously required multiple, discrete chips or fixed-function custom ICs. The Storm-1 SP16HP represents our best effort so far toward that end and we see a long road of innovation ahead.” Now in its 18th year, EDN’s Innovation Awards program recognizes and honors outstanding engineering professionals and products. The program nurtures the award-winning designers of the future by donating a portion of the proceeds from the nominations and the awards event to an engineering college or university chosen by the “Innovator of the Year”. During the month of February, EDN’s worldwide audience of electronics engineers and engineering managers will use an online ballot to select the ultimate winners from among the finalists. EDN’s editorial staff and Editorial Advisory Board also take part in determining the final winners. Visit www.EDN.com/innovation18 to review each of the nominees. Winners will be announced April 14. About EDN and EDN.com EDN serves the vital information needs of design engineers and engineering managers worldwide. EDN.com delivers a three-dimensional view of the electronics industry via news coverage, strategic business information, and in-depth technical content. (www.edn.com) EDN is published by Reed Business Information (www.reedbusiness.com/us), the largest business-to-business publisher in the U.S. and a member of the Reed Elsevier Group plc (NYSE: RUK and ENL) – a world-leading publisher and information provider. About Stream Processors, Inc. Stream Processors, Inc. (SPI) is a privately held fabless semiconductor company developing an innovative stream processing architecture that will help consumer and industrial companies accelerate time to market for their products, while greatly reducing system development costs. SPI was founded in 2004 in the recognition that the new era of compute-intensive applications requires radically increased levels of processor performance and efficiency. The company’s technology and products improve application productivity by making parallel processing easier to program and use. Additional information can be found online at http://www.streamprocessors.com/. # # # © Copyright Stream Processors, Inc. 2008. All rights reserved. Stream Processors, Inc., Stream Processing Architecture, SPI Stream Processor(s) and SPI are trademarks of Stream Processors, Inc. Other product and company names mentioned herein may be trademarks of their respective owners.
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