Feeds

Intel single-core 'Silverthorne' to sport HyperThreading

One-core UMPC chip acts like a Core 2 Duo

7 Elements of Radically Simple OS Migration

Intel has spilled a few more beans about 'Silverthorne', its upcoming 45nm processor for UMPCs and mobile internet devices (MIDs). It's a single-core part that implements HyperThreading (HT) ahead of the technology's implementation later this year in 'Nehalem' next-gen CPUs.

Silverthorne was developed from the ground up for low-power devices, and Intel said today that the chip will consume no more than 2W of power. In fact, it'll spend most of its time drawing less than 1W thanks to a modular design that powers key chip structures independently, separate power for the address and data buses, aggressive clock gating, and even deeper sleep states than we've seen on a mobile Intel Architecture processor before.

Inside Intel's 'Silverthorne'

Inside Intel's 45nm Silverthorne

These reduce the chip's dynamic power consumption, but Intel reckons it's cut down leakage power too, thanks to Silverthorne's 45nm design and the use of high-k metal gates, a technique implemented in its 'Penryn' 45nm CPUs.

The upshot: the chip will consume a tenth of the power a single-core ULV (ultra-low voltage) part would have in 2006 - though whether that's Core Solo or the less Celeron variety, Intel didn't make clear.

Intel said Silverthorne will run a 16-stage dual-issue in-order instruction pipeline and will be "fully compatible" with code compiled for the Core 2 Duo processor family. The incorporation of HT means that it will appear to the host device as a two-core chip. It's unlikely to deliver the same performance boost that adding a second true core does, but it will deliver a significant speed improvement over the single-core parts that have been used in UMPCs to date.

Intel didn't say how fast Silverthorne will run, but it did claim the design will scale to deliver 2GHz clock speeds with a 1W power consumption "some time in the future".

Silverthorne will be paired with the 'Paulsbo' integrated chipset to form 'Menlow', Intel's next-gen UMPC platform. They're all expected to come to market in the April/May timeframe.

Menlow-based devices have already been seen in the wild. BenQ and LG, among others, showed off Menlow MIDs at the Consumer Electronics Show this year.

Build a business case: developing custom apps

More from The Register

next story
Nice computers don’t need to go to the toilet, says Barclays
Bad computers might ask if you are Sarah Connor
4K video on terrestrial TV? Not if the WRC shares frequencies to mobiles
Have your say with Ofcom now, before Freeview becomes Feeview
PEAK LANDFILL: Why tablet gloom is good news for Windows users
Sinofsky's hybrid strategy looks dafter than ever
YES, iPhones ARE getting slower with each new release of iOS
Old hardware doesn't get any faster with new software
You didn't get the MeMO? Asus Pad 7 Android tab is ... not bad
Really, er, stands out among cheapie 7-inchers
Apple winks at parents: C'mon, get your kid a tweaked Macbook Pro
Cheapest models given new processors, more RAM
VMware builds product executables on 50 Mac Minis
And goes to the Genius Bar for support
Leaked Windows Phone 8.1 Update specs tease details of Nokia's next mobes
New screen sizes, dual SIMs, voice over LTE, and more
Microsoft stands on shore as tablet-laden boat sails away
Brit buyers still not falling for Windows' charms
prev story

Whitepapers

7 Elements of Radically Simple OS Migration
Avoid the typical headaches of OS migration during your next project by learning about 7 elements of radically simple OS migration.
Implementing global e-invoicing with guaranteed legal certainty
Explaining the role local tax compliance plays in successful supply chain management and e-business and how leading global brands are addressing this.
Consolidation: The Foundation for IT Business Transformation
In this whitepaper learn how effective consolidation of IT and business resources can enable multiple, meaningful business benefits.
Solving today's distributed Big Data backup challenges
Enable IT efficiency and allow a firm to access and reuse corporate information for competitive advantage, ultimately changing business outcomes.
A new approach to endpoint data protection
What is the best way to ensure comprehensive visibility, management, and control of information on both company-owned and employee-owned devices?