Intel is planning to show off a myriad of new products at the Consumer Electronics show taking place in Las Vegas in a few weeks, including a whole family of processes built using the company's advanced 32nm High-K / metal gate manufacturing process. On tap will be a number of mobile parts that feature 32nm processor cores linked to 45nm GPUs on a single chip, in addition to a slew of other products related to 3D content creation, WiMax, MIDs and more. Intel has already outlined some of the planned CES highlights right here.
In another post on Intel's website made today, a few documents, pictures and videos have also been released that discuss the company's plans and disclose a number of the features due to arrive with the next-gen mobile CPU+GPU hybrid, codenamed Arrandale--If you remember, Arrandale is a member of the Westmere family designed for mobile platforms. Along with mobile quad-core Core i7 mobile processors we've already shown you, mobile Core i5 and Core i3 processors based on Westmere are on the way as well. We'll give you the full scoop on those as soon as we can. We promise, it won't be long now.
In the meantime, there's a bit more to show you. In the video below, a number of Intel's testing and validation labs are shown working with 32nm Westmere processors.
A few features like Hyper-Threading are discussed in the video along with some information regarding the integration of graphics onto the CPU packaging and the capabilities of Intel's new graphics core. A few image quality and performance details are disclosed towards the end. Intel's Srinivas Chennupaty (Principal Engineer, Westmere Architect) goes so far as to say Westmere offers "everything you ever wanted in a home entertainment system". We know the integrated GPU is a step up from current Intel graphics offerings, how much of a step up remains to be seen, however.
What will perhaps be most exciting to some of the more hardcore PC enthusiasts among you, Intel also shows off a 6-core Gulftown chip in the video posted above. Gulftown will initially be used in server-class processors, but desktop variants that will be compatible with the current socket 1366 platform are planned as well. We have already talked a bit about Gulftown in previous posts and anxiously await its arrival. If you think a Core i7 975 is fast, think about a chip with 50% more cores and cache, a higher clock speed, and next-gen Turbo Boost technology.