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Tilera sees sense in the server wars, puts just 36 cores in its newest processor
While Tilera's forthcoming 100-core processors threaten to set off fire alarms around the world, the company has finally brought out its more sensible 36-core variant. The 1.2GHz Tile-GX36 sips just 24 watts and is designed to be especially handy with short and sharp jobs like processing internet transactions. It's a reduced instruction set (RISC) chip, so it's less power hungry and cheaper than Intel's x86 silicon. It also sports 64-bit architecture, whereas rival ARM is set to remain 32-bit until 2014. Then again, with Tilera lagging behind in terms of brand recognition and software support, a two-year head start might not be long enough.
Tilera's new 100-core CPU elbows its way to the cloud, face-melt still included
Hundred core chips might not be breaking news -- especially if the company announcing it is Tilera -- but what if that new multi-core CPU drew an insanely lower wattage and set its sights on powering a few cloud server farms? Well, that's exactly what chip maker Tilera has up its silicon sleeve. "Co-developed with the world's leading cloud computing companies" -- take a guess who that might include -- the new 64-bit TileGx-3100 clocks in at up to 1.5GHz while sucking down a lighter 48W. Line that up next to the current cloud favorite, Intel's Xeon, and your power consumption is slashed nearly in half. Of course, the barrier to entry is high for the nascent chip developer since most code written is for the x86 -- requiring a whole new set of instructions for data centers to play nice. Expect to see this face-melting monster sometime early 2012, by which time, you'll probably have your 50,000 strong music library synced to the cloud.
Tilera's 100-core Tile-GX processor won't boil the oceans, will still melt faces
Sixty-four, sixty-shmore... that's so 2007 in terms of processing cores found in a single CPU: one hundred cores is where the future of computing resides. This magnificent engineering feat isn't from AMD or even Intel, it's the latest Tile-GX series of chips from the two-year old San Jose startup, Tilera. Its general purpose chips can run stand-alone or as co-processors running alongside those x86 chips that usually ship in four-, six-, or now eight-core configurations like Intel's upcoming Nehalem-EX chip. Tilera's 100-core chip pulls 55 watts at peak performance while its 16-core chip draws as little as 5 watts. Tilera uses the same mesh architecture as its previous 64-core chip in order to overcome the performance degradation accompanying data exchange on typical, multi-core processors -- or so it says. Tilera's new 40-nm process chips have cranked the clock to 1.5GHz and include support for 64-bit processing. And while its processors could be applied to any number of computing scenarios, Tilera's focusing on lucrative markets like parallel-processing where its meager developer and marketing resources can extract a relatively quick payout. The fun begins in early 2011 with volume pricing set between $400 and $1000.[Via PC World]
Tilera debuts its sixty-four core processor, melts faces
Chipmaker Tilera, clearly bored with the peasant-like core counts of two or four as offered by such pedestrian competition like Intel and AMD, has decided to turn the game up a notch with their latest diabolical creation: the 64-core processor. That's right folks, Tilera's TILE64 is a new RISC CPU aimed at integrated systems like routers, switches, video conferencing, and set-top boxes that can best Intel's finest by a factor of 30, and casually rocks a bandwidth of something like 32TB per second. The new chip circumvents bottleneck problems that can plague CPUs like Intel's multi-core processors by utilizing a unique "mesh" architecture which allows each core to be decentralized and thus able to communicate more freely with any partner in the grid. Tilera believes the technology might open the door to hundreds or even thousands of cores using the new system. Of course, this is a RISC CPU, so clearly the applications in which it will be used differ somewhat from Intel's offerings, but nevertheless, it remains a tantalizing development in the world of multi-core R&D.[Via TG Daily]
