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With no Spring Intel Developer Forum happening this year in the US, we turn to the International Solid-State Circuits Conference (ISSCC) for an update on Intel's ongoing R&D projects. Normally we'd hear about these sorts of research projects on the final day of IDF, these days presented by Justin Rattner, but this year things are a bit different. The main topic at hand today is one of Intel's Tera-scale computing projects, but before we get to the chip in particular we should revisit the pieces of the puzzle that led us here to begin with. |
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With the cost of energy increasing almost by the day, the focus on energy efficiency in the technology industry is starting to become more and more prominent. With Intel seemingly back up to firing on all cylinders with its Core 2-based processors, AMD has been playing a game of catch up, as its K8 architecture starts to show its age after over three years of service. |
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Last year saw the most exciting changing of the guard with processors since the introduction of AMD’s K7 core in 1999. Thanks to very solid competition from AMD over the previous few years, Intel’s introduction of the Core 2 Duo lineup of processors meant much higher performance at very reasonable prices. In fact, the near-launch availability of Core 2 Duo E6400 and E6300 CPUs meant that for less than $300 you could get performance better than previous generation Extreme Edition and FX series processors. |
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January 21, Intel is expected to begin shipping its Core 2 Duo E4300 processor that lowers the price bar of CPUs with the Core micro-architecture to $163. A few days before this date we are ready to give you comprehensive tests of the highly promising product. |
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At the start of November, Intel fired a shot across AMD's bow in the CPU wars with their first quad-core CPU, introduced to the market well in advance of AMD's four-core offerings. The Core 2 Extreme QX6700 may have been the introduction of the first CPU for regular consumer PCs to use four cores, but it wasn't exactly a mainstream offering. Priced at about $1,000 (in lots of 1,000 units), it fell right into the price history of other "Extreme" CPUs from Intel. |
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Without much noise AMD has begun to ship processors based on the 65nm Brisbane core. Does this new core make the company any more competitive against Intel’s Core 2 Duo? Let’s find out now from our new article! |
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The Xeon 5160 (a.k.a. Woodcrest) is probably the best server chip Intel has made in the past decade. It delivers high IPC, high (3GHz) clock speed and a surprising low 80W TDP for a dual core design. But Intel's engineers saw that the fastest Woodcrest could score twice for Intel, in a slightly different form... or should we say package. Lower the voltage of a 3GHz from about 1.21 V to slightly less than 1.1V and you can only achieve 2.33GHz. However by running at 2.33GHz and 1.1V, Intel was able to cut the TDP in half. Now place two of these low voltage Xeons in one package and you get a 2.33GHz quad core Xeon and an 80W TDP. This is the essence of the CPU that bears the codename "Clovertown". |
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Last week AMD sent us samples of its first 65nm processors, codenamed Brisbane, and it was a step towards being competitive with Intel again. The 65nm shrink yielded AMD's most efficient desktop processor to date, but it's still a far cry away from what Intel is able to accomplish with its Core 2 processors. |
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