09/14, 1:55pm
Intel 32nm and Jasper Forest enroute
Intel on Monday headed up its Developer Forum with word that it has started manufacturing its first processors based on a 32 nanometer (nm) process. The shrink from 45nm, nicknamed Westmere, should improve performance by increasing the density of the processors by about 30 percent while reducing the amount of power used; the gesture lets Intel boost clock speeds without drawing extra battery life or generating more heat.
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06/29, 7:30am
Intel Clarkdale Moving Up
Intel may be accelerating the launch of its first 32 nanometer desktop parts to this year if claims circulated by mainboard producers are accurate. Its first dual-core processors based on the most recent Nehalem architecture, nicknamed Clarkdale, was originally thought to be shipping in early 2010 but is now said by DigiTimes to be releasing these processors late this year. Production would be limited at first but would already have 32nm chips overtaking Core 2 Quad processors in terms of volume.
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06/18, 2:20pm
Intel to Skip to 32nm CPUs
Intel is having enough success with its 32 nanometer manufacturing process that it plans to skip certain 45nm processors entirely, tips from within the mainboard industry. Rather than produce Havendale, the 45nm dual-core, desktop processor based on the Nehalem architecture, the company is purportedly ready to skip to its 32nm equivalent, Clarkdale. The new chips would arrive slightly later, in early 2010 instead of late 2009, and would be priced between $60 and $190 depending on clock speed and features.
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02/10, 3:15pm
Intel Westmere Details
Intel at the International Solid-State Circuits Conference today provided some of the first concrete details of Westmere, the codename for its 32 nanometer processor family. The design is primarily a smaller, more efficient adaptation of the Nehalem architecture in the Core i7 but, in the dual-core desktop (Clarkdale) and notebook (Arrandale) offerings, will include both a two-channel DDR3 memory interface and an integrated but switchable graphics core. Like NVIDIA's Hybrid SLI mode or AMD's Hybrid CrossFire, the technology will let systems with dedicated graphics chipsets revert to Intel's own core in low-demand situations or when on battery.
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