Intel to unveil energy-efficient, many-core research chip

By , Computerworld |  Hardware

Nearly two years after unveiling its experimental 80-core chip, Intel Corp. is getting ready to show off its next incarnation of a high-powered, energy-efficient many-core research chip.

Intel is developing a many-core chip designed to dramatically improve energy efficiency in the data center and for the cloud, according to Justin Rattner, CTO and senior Intel fellow. Intel plans to unveil the research chip before the end of the year, he said.

Rattner told Computerworld the company plans to unveil the new chip before the end of the year. The chip, which is experimental and not commercially ready, has a "completely new design" and a high core count. While the last experimental chip had 80 cores , Rattner said this one won't necessarily have the same number, but it will have many more cores than chips currently on the market.

"We all know there are a couple of challenges to building these chips of the future , " said Andrew Chien, vice president of research and director of future technologies research at Intel Labs. "How do you scale performance in this heat envelope? We're trying to figure out how to continue to deliver more and more performance in the same kinds of packages and the same kinds of energy envelopes ... We need to continue to be building these research prototypes with the research community."

David O'Hallaron, director of Intel Labs in Pittsburg, described the new research chip as a "cluster on a chip." This incarnation of the 80-core experimental chip might not have more, nor even as many, cores, but it will be far more functional and programmable than the cores on its predecessor.

Intel's 80-core research chip had teraflop performance capabilities but used less energy than a quad-core processor. Researchers created the prototype to figure out the best way to make that many cores communicate with each other. They also were creating new architectural designs and new core designs.

At the time, Intel said it was five to eight years away from building a fully functional, commercial-ready 80-core chip.

Late last week, Rattner said they're even closer on that calculation.

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