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Nokia N9 to bust loose with MeeGo on Intel Atom power?
Nokia has to do something big if it wants to crack the US smartphone market. We can agree on that, right? And believe us, Nokia wants this -- nothing will make the mighty Finns (and the company's global investors) prouder than to gain some traction in the home of Apple pie and Google desserts. So how will the company do it? With Symbian? Oh, hell no. By introducing another MeToo handset? Nope, with MeeGo on a rockin' platform like the rumored N9 slider pictured above. Nokia announced its hardware plans for Maemo 6 a long time ago. At that time, the company was clear that it would continue using TI OMAP processors. Much has changed since then, however. In addition to several key leadership changes including a new Canadian-born CEO who spent much of his time working in the US, Nokia has joined Intel to roll up Maemo 6 and Moblin into MeeGo with Nokia's first Maemo 6 MeeGo/Harmattan handset pushed into 2011. Simultaneously, Intel has also been doing its best to show its new Moorestown platform as a powerful ARM alternative, even showing off MeeGo handsets exploiting a Lincroft SoC and Atom processor core. And Intel has said that Medfield-based smartphones (Moorestown's successor) would arrive in the middle of 2011. So why the build-up? Well, we've just been tipped to a claim by Prosessori, a respected Finnish technology magazine, that the Nokia N9 will launch with a 1.2GHz Atom processor. Better yet, it could be unveiled as soon as Mobile World Congress in February, presumably during Stephen Elop's keynote. Do we believe it? Not entirely, but it is possible given the chain of events that have taken place. And you can bet that the first commercially available Intel smartphone with a brand new Nokia user experience would certainly grab headlines in the US and around the world. Something that should translate into high-end market share (and profits) if it's as "exciting" as Elop claims. [Thanks, Janne]
Intel's 32nm chips ready for MIDs and netbooks in 2009
In 2005 Intel revealed its 65-nm manufacturing process, then 45-nm in 2007. Today, in keeping with its "tick-tock" strategy, Intel is announcing a further shrinkage to its manufacturing process as it ends the development phase for 32-nm chip circuitry. That puts the chips on a production schedule for Q4 2009 -- interesting as Intel's rumored 32-nm Medfield chip wasn't expected until the first half of 2010. According to Intel, the new chips incorporate second-generation high-k + metal gate technology with transistors that switch 22% faster than its current 45-nm Penryn chips. Why should you care? Well, the smaller chips are cheaper to manufacture which should translate to consumer savings. They also require less power than Intel's notoriously power-friendly Atom-class chips. As an interesting side note, the Wall Street Journal is reporting that Intel has also disclosed a variant of its 45-nm process (the Lincroft-based Pineview we presume) "that is tailored to create chips for portable computing devices that require low power consumption." Uh, those wouldn't be targeting ARM by any chance would they Intel? Wink wink, nudge nudge. [Via Wall Street Journal]
Video: Moorestown MID platform taken for a spin around the Intel labs
We finally nabbed a video of the first Moorestown silicon -- a mashup of Intel's Lincroft and Langwell chips and a third party power management chip -- slapped together and running on a validation board inside of an Intel lab. It's nothing like the form factor of that crazy MID mockup Intel's been showing. Nevertheless, first silicon out of fab is pretty significant, especially when it promises 10x the power savings of Menlow (made famous by the Atom CPU) which Moorestown replaces. Full video after the break.Update: Viddler's having capacity issues today -- try refreshing if the video doesn't load the first time or try this direct link.
Intel unveils world's first working Moorestown MID platform
This sexy MID has been dropping jaws for more than a year now. Unfortunately, the plastic mock-up has always been a non-working, gutless model with little more than a glossy screen and backlight to demonstrate the form factor Intel's gunning for with its future Moorestown Mobile Internet Devices. That all changed today when a world's first working, Moorestown prototype (which we think is the device above) hit the stage at Intel's Taipei, Developer Forum in the familiar hands of Anand Chandrasekher. Moorestown consists of a Lincroft micro-architecture that integrates the 45nm processor, graphics, memory controller, and video encode/decode functions onto a single, tiny chip with 10x less idle power draw than those first-gen, Atom-based MIDs and UMPCs. That's pretty Impressive. As we've heard before, we can expect the new Moorestown MIDs to hit in 2009 / 2010 with support for wireless 3G, WiMAX, GPS, Bluetooth and digital mobile TV. We can hardly wait. We'll update you with video just as soon as we can track it down. Until then, check Anand's original video demonstration of the concept from 2007 after the break.Update: Sadly, it now appears that the demonstration was little more than a validation board running fresh from the factory, three-day old Moorestown silicon in an Intel lab. Significant, but hardly a working MID prototype. A working Moorestown MID like that pictured above remains the stuff of Intel's graphics department fantasy for the time being.Read -- World's first Moorestown platformRead -- Moorestown MID prototype on display in Taipei
Next generation Atom processors for netbooks scheduled for Q3, 2009
Just as you were getting your head wrapped around Atom-branded Diamondville-class processors based on a Silverthorne architecture, along comes the next generation. Expected to arrive in Q3 of 2009, the new 45-nm Pineview processors will come in hyperthreaded single- and dual-core versions like the current generation Atom 2xx- and 3xx-series. However, the procs will be based on a new Lincroft micro-architecture boasting an integrated graphics core and memory manager that connects to memory via DMI, not a FSB. Unfortunately, the all important TDP power-draw off your tiny netbook's battery in currently undefined. Hit the read link for the full roadmap and processor timeline if that's the kind of thing that twirls your propellor.[Via RegHardware]
