Where Does This Leave Atom?

When Haswell hits in 2013, Intel will also update the Atom line to introduce the recently announced Silvermont architecture. As I speculated publicly before, based on Intel's hint to me five years ago that Atom would remain in-order for five years, I'm expecting Silvermont to be Intel's first Out-of-Order Atom.

When Atom was introduced, its microprocessor architecture was unlike anything we'd seen from Intel in years. It looked more like a modern take on the Pentium rather than a P6/Conroe derivative. That was nearly five years ago, so what do we expect Silvermont to look like? I'd say it might look a lot like a modern, ultra low power take on Conroe. Perhaps a limited Out-of-Order execution core, only a 3-wide front end and a number of other limitations to keep its power in check.

In the sub-10W range Intel is going to use Atom specifically for fanless designs - the next generation of netbooks as well as tablets. Cedar Trail is Intel's 32nm Atom platform which we've talked about already, which will be used in netbooks such as ASUS' newly announced EeePC X101:

Medfield is the ultra mobile version of Atom, destined for handsets and tablets, and at the show we should finally see a Honeycomb (Android 3.0) tablet running the SoC. Unfortunately with NVIDIA Tegra 2 based tablets moving to Android 3.1 already, and Medfield designs not due out until later this year I'm wondering if that may be too little too late.

Expect more coverage on Intel's announcements at the show as we come by them.

A Changing Thermal Target: Discussing Haswell
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  • Shadowmaster625 - Wednesday, June 1, 2011 - link

    All the reviews I can find are talking about a lot of heat and not very impressive battery life. Specifically, the i5-2537M. I wish Anandtech would do a more comprehensive review of these ultra expensive low power parts. When you comapre a 17W part with a 35W part, is the power consumption really cut in half or are they full of it?
  • tipoo - Wednesday, June 1, 2011 - link

    If both systems were under 100% load, it might be cut in half. Otherwise, absolutely not. THe 35w part might finish a task three times quicker and get to idle longer.
  • High John - Sunday, June 26, 2011 - link

    Surely the goal is 'ultraportability', which I would primarily evaluate in terms of performance, weight and battery life.

    Why should it matter if an Ultrabook is more than 20mm thick?

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