Toshiba on Thursday revealed a new high-performance chip aimed at multimedia applications such as video processing in consumer
devices.
The new chip, called SpursEngine, uses cores derived from the Cell microprocessor, which was developed with Sony and IBM.
Toshiba plans to show off the capabilities of the new chip in laptop PCs to be unveiled at the CEATEC Japan 2007 technology
trade show at Makuhari Messe, which starts Oct. 2. The company will demonstrate the stream processor's capabilities in 3D
image processing and manipulation. In rendering changes to an image of a face, the chip can immediately transform hair styles,
make-up, and change facial expressions, position and angle in video and render the changes as computer graphics, Toshiba said
in a statement.
The SpursEngine works alongside a microprocessor to process video streams, recognize and process images, and tackle other
multimedia chores. The multicore chip uses Toshiba's own image processing technology.
Solid State Lighting Design - News and Features for Solid State :: Jun 18, 2007 Toshiba Develops 60 GHz Receiver Made With CMOS Processes .. R&D 100 Award For Inverted Metamorphic Multi-junction Solar Cell Technology http://www.compoundsemi.com/documents/articles/news/8479.htmlHOME | TOSHIBA DEVELOPS 16-GIGABIT NAND FLASH MEMORY WITH 43-NANOMETER :: Feb 7, 2008 The technology of the new chip was reported on Feb. density NAND-flash memories jointly developed by Toshiba and SanDisk and fabricated http://www.toshiba.com/taec/news/press_releases/2008/memy_08_511.jspHOME |
The prototype of the SpursEngine operates at 1.5GHz and consumes 10 to 20 watts of power. It uses Rambus' XDR DRAM memory due to high data transfer rates required by multimedia applications.The company plans to market SpursEngine after the CEATEC
trade show finishes. Toshiba has already started developing products using the processors, and will sell the chips to other
companies for use in their products as well.
Development of the Cell microprocessor architecture started early this decade to create a new processor with expanded multimedia
processing capabilities. Its first major commercial success was in Sony's PlayStation 3 game console.
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