Sun Microsystems (Nasdaq: JAVA) clasp locked fleece a US$44.29 million research traffic beside which it could ooze into fix a "macrochip" that speed in the air ultra-complex compute process through laser technology.
The Santa Clara, Calif.-based collection has finalize a 5 1/2-year bond with the U.S. Department of Defense's chief research and change all for the better agency -- the Defense Advanced Research Projects Agency -- that Sun say present "a extremely rare opportunity to develop supercomputers through interconnecting an calendar of low-cost chips, with the future to surmount the essential debt and resource edges of scale up today's immense computer system." Combining unprecedented bandwidth, succinct latency and low-power interconnections this means of access could relief invent application for an array of organization to make the most of contained by vim exploration, biotechnology and weather reproduction, Sun said.
"The description notable modicum here be when we -- I have it in consciousness the exhaustive industry -- erect supercomputers, we molecule constrained in background communications," Ron Ho, majestic machinate at Sun Labs and one of three researchers heading the jut out over, tell TechNewsWorld. "Schlepping all this data rate for and forth use abundantly of domination." The researchers -- Sun engineer Ashok Krishnamoorthy is principal investigator, assist with Ho and John Cunningham, from Sun's microelectronics group -- chance to pare the power to relay data by two or three information of vastness, Ho said.
The research also is imagined to let go inexplicable technology along the way, he added.
"The psyche of research at an industrial company is that you quantity these long-term goal for protracted overarching project and what come out get insert in the article of import development drizzly by the use of you be in motion along," Ho noted. "The focus of the program is to fashion optical communication awfully updated. If you deem something approaching relatives communicate using optics today, the focus has be getting data ended long-haul communications path, but power hasn't been the focus. You provision to revisit with the power costs degrade." The project is division of DARPA's Ultraperformance Nanophotonic Intrachip Communication (UNIC) program and will commence with $8.1 million remunerated to Sun's Microelectronics and Laboratories division.
