The Core i7 microprocessor (built on Intel’s Nehalem microarchitecture) represents a major advance in computing to enable chips to handle more data. In this video podcast, Ronak Singhal, a lead architect on Nehalem, says the chip design is an overhaul–the ...
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At Intel’s Jones Farm Campus in Hillsboro, Oregon, the new Core i7 chip is going through the rigors of testing. Stephen Gunther is Power Management Architect at Intel who shows how the new Turbo Mode feature revolutionizes multi-core ...
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Providing point-to-point high-speed links to distributed shared memory, Intel QuickPath technology unleashes Nehalem’s parallel processing performance.

Driving technology innovation on a reliable and predictable timeline, Intel developed a model designed to deliver ongoing innovation. Referred to as our tick-tock model, Intel has successfully alternated and delivered the next generation of silicon technology as well as new ...
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At the 2008 Intel Developer Forum in San Francisco the future was clear: visual computing. From games to television, from large systems to handhelds, the demand on hardware and software platforms will be to run large amounts of data more ...
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The Intel Developer Forum has become a major event on the technology industry calendar with keynotes that make international headlines. But at the heart of IDF are the sessions where developers get access to the details of new products and ...
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The Intel Developer Forum has become a major event on the technology industry calendar with keynotes that make international headlines. But at the heart of IDF are the sessions where developers get access to the details of new products and ...
[see the full post]

The Intel Developer Forum has become a major event on the technology industry calendar with keynotes that make international headlines. But at the heart of IDF are the sessions where developers get access to the details of new products and ...
[see the full post]

In this audio podcast, Nehalem lead architect Ronak Singhal discusses the significant performance and power improvements of Intel’s latest leap in microarchitectural design. The technology has significant implications for dynamic scalability, design and performance scalability, simultaneous multi-threading, scalable shared memory ...
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Intel is now shipping Xeon processors built via a 45nm manufacturing process. These chips exhibit some of the best performance per watt characteristics on the market. Later in 2008, however, Intel plans to advance its silicon again via a new ...
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