FatherJohn
Newcomer
Don't know if you can read the full article without a WSJ subscription. Here's the good stuff. (The rest of the article is fairly light-weight speculation about how Cell will affect Intel, and also what new consumer applications might come from all this extra compute power. Pretty lame stuff like "Can reorient the video stream of the football game to show you how the game would look from the endzone", as if you couldn't do that trivially with any GPU. Xbox 2 is mentioned in passing as another product that's based on IBM Power technology.)
http://online.wsj.com/article/0,,SB110168960095385269,00.html?mod=home_whats_news_us
http://online.wsj.com/article/0,,SB110168960095385269,00.html?mod=home_whats_news_us
IBM to Unveil a Powerful Chip
For Home-Entertainment Market
By WILLIAM M. BULKELEY
Staff Reporter of THE WALL STREET JOURNAL
November 29, 2004; Page A3
IBM has been working with Japanese electronics giants Sony Corp. and Toshiba Corp. for four years on a chip design, code-named "Cell," and is expected today to announce the chip will go into limited production next year and will be used in several consumer-product applications starting in 2006.
The products include high-definition television sets from Sony and Toshiba and a "home server for broadband content" from Sony, the three companies are expected to announce jointly. Cell also is expected to be the brains of the next generation of Sony's popular PlayStation videogame system. Sony hasn't discussed timing of the product, but analysts don't expect it to appear before 2006.
IBM and Sony have invested $400 million in development of the chip. Sony has committed $325 million more for chip production at IBM's East Fishkill, N.Y., semiconductor plant.
Sony and IBM are expected to announce that next year they will start selling the first Cell-based product -- a high-performance workstation designed for use by videogame designers and Hollywood animation houses. Pricing and marketing plans haven't been determined. IBM said a version of the workstation mounted in a rack with multiple Cell processors will be able to perform 16 trillion mathematical operations a second. That speed would theoretically make it faster than all but a dozen of the world's supercomputers, although much of its power is dedicated to graphics processing rather than to general-purpose computing.