Intel Jasper Forest embedded Xeon CPU

Intel have been teasing with some pre-show chip information in advance of their IDF (Intel Developer Forum) kicking off September 22nd.  As well as talking up their manufacturing expertise – Intel describe themselves as “by far the most advance of any semiconductor manufacturer in the world” – they’re also tipping their upcoming Jasper Forest embedded processor platform.

Jasper Forest will be built on 45nm processes but use 32nm technology for 27W system power savings, together with incorporating the I/O hub onto the processor.  That will allow for PCI Express 2.0 ports, RAID 5 and 6 support and Intel 3420 chipset connectivity directly from the CPU.  Intended for use in embedded, communications and storage equipment – such as routers, VoIP systems, NAS and wireless infrastructure systems – Jasper Forest offers Nehalem-based Xeon 5500-series processor performance but in a more economical, cooler package.

The first hardware partners using Jasper Forest will be revealed at the IDF, together with further detail on how Intel’s 32nm CPU processes have been certified.  CPU wafers for the company’s Westmere platform are expected to go into revenue production in Q4 2009; that will be accompanied by “smarter System on Chip” production.

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Intel preparing Core Chips

Intel has allegedly slipped information on three new processors, currently in development. Two of these fall under the existing Core i7 line, but also under a new 800 sub-series: the 2.8GHz 860, and the 2.93GHz 870. The chips use Lynnfield architecture, in this case built around four cores and eight threads.

The third CPU is one of the first Core i5 models, the 2.66Ghz 750. Aside from a lower clock speed, the model is reduced to four threads, and is thus unable to handle simultaneous multithreading. All three processors are said to have a TDP (thermal design power) rating of 95W.
Intel is also said to be working on lower-power i5 and i7 models, the former of which should run at 82W. The i7s -- expected in the first quarter of 2010 -- should include the 2.4GHz 750S and the 2.53GHz 860S.

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Intel is working with Google

Intel is working with Google on Chrome OS

It's known about the project for a while

IDG News Service - The world's largest chip maker is working with Google on the Chrome operating system and has been privy to the project for some time, a spokesman for the company said Friday.

Intel's endorsement is important for the Chrome OS project because of its standing in the personal computing world: Intel microprocessors go into around four-fifths of the world's computers.

Google is aiming the Chrome OS at desktops, laptops and netbooks, all devices dominated by Microsoft Windows, so supporting Chrome could put Intel in an awkward position with Microsoft. The two companies have so dominated the PC industry over the past few decades that the term "Wintel" (from Windows and Intel) is used to refer to PCs running Windows on a processor based on the Intel-developed x86 architecture.

"We work with Google on a variety of projects, including elements of this one. We've been privy to the project for some time," said Nick Jacobs, Asia-Pacific spokesman for Intel. He declined to elaborate on the extent of their relationship.

Intel has also been seeking more support for its drive to put microprocessors into smaller devices, led by its Atom microprocessor, the most popular netbook processor. Google said Chrome will launch first in netbooks, in the second half of next year.

But Intel had been working on its own mobile operating system for small computer devices, a Linux-based OS called Moblin. It was designed for netbooks and handheld computers Intel calls MIDs, or mobile Internet devices.

The goal for Intel is to sell more of its popular Atom microprocessors, which are used in netbooks including Acer's Aspire One and most versions of Asustek Computer's Eee PC. The chips are designed for longer battery life in small devices.

Ultimately, Intel hopes to put Atom processing cores inside smartphones and other mobile phone industry devices, a goal the company stated when it agreed to work more closely with Taiwan Semiconductor Manufacturing Co. (TSMC) on complex chips that require processing cores. For users, Atom chips inside smartphones would mean people could run software designed for personal computers on such handhelds, instead of mobile phone software. Software has to be compiled for the chip architecture it runs on, whether x86 chips from Intel, AMD or Via Technologies, or RISC (reduced instruction set computer) chips such as those designed by Arm Holdings. There is more software available worldwide for the x86 architecture than any other.

Arm processors are used by the mobile phone industry in handsets and smartphones, and the top Arm processors remain far more power-efficient than Atom.

Google made no mention of Intel in a blog posting earlier this week when it named companies already working with the Chrome OS. The list includes PC vendors HP, Acer and Lenovo and mobile phone chip makers Qualcomm, Texas Instruments and Freescale Semiconductor.

Google is developing the Linux-based operating system for heavy Internet users, the company has said.

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