NVIDIA to license graphics tech to other companies, starting with Kepler

NVIDIA to license graphics tech to other companies, starting with Kepler

To use NVIDIA's graphics technology, you've typically had to buy gadgets using NVIDIA chips -- good for the company's bottom line, but not for influencing the industry as a whole. The firm is expanding its ambition today with plans to license some of that technology on a broader scale. Beginning with the Kepler architecture, other firms can use NVIDIA's GPU cores and graphics-related patents for their own processors and chipsets. The deal could affect a wide range of hardware, but it mostly pits NVIDIA against the likes of Imagination Technologies: a system-on-chip designer could integrate a Logan-based GPU instead of the PowerVR series, for example. While it will be some time before third-party silicon ships with NVIDIA inside, it's already clear that the company's in-house design is now just one part of a larger strategy.

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Source: NVIDIA

Intel launches Atom CE5300-based storage platform with multiple streams, smart scaling

Intel launches Atom CE5300based storage platform with multiple streams, smart scaling

There's been more than a few Atom-based storage servers. Most of them either have to lean on the same Atom processors you'd usually get with nettops, though, which makes them less than ideal for media tasks than a chip dedicated to the job. Intel has just launched a new platform that might be a better fit for home network storage. New NAS arrays from Asustor, Synology, Thecus and others (none yet pictured here) all revolve around a dual-core Atom CE5300 system-on-chip that's better-optimized for media processing duties: it can stream video across the network to multiple devices at once, and can automatically downscale video to accommodate smaller screens. The small chip contributes to a relatively small price at the same time, with NAS boxes starting around $299. Not everyone can suddenly justify a dedicated media server in the home just because the CE5300 is an option, but those that do may at least get more for their money.

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Source: Intel

Intel reveals Quad-Core, LTE-capable mobile chips are on the way

Intel concedes its Medfield chips dont support LTE  yet

Intel's curious decision to shun the US and release Medfield-powered smartphones in India, China, Russia and the UK might be because of those countries' underdeveloped levels of LTE. Marketing chief Sumeet Syal told TechCrunch that its current-generation x86 system-on-chip won't support the standard, but a modem solution will arrive at the end of the year -- with production ramping up in 2013. He also let slip to the site that a replacement dual-core platform will arrive shortly, claiming they'll benefit from Intel's hyper threading know-how. Syal said that Santa Clara is "comfortable" with its progress just months after entering the smartphone space but declined to discuss numbers -- for which we'll have to wait for the Q3 earnings call in October to find out how well (or not) Intel's mobile ambitions are going.

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Intel reveals Quad-Core, LTE-capable mobile chips are on the way originally appeared on Engadget on Mon, 24 Sep 2012 07:50:00 EDT. Please see our terms for use of feeds.

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Samsung spending $4 billion to renovate Austin chip factory

Samsung spending $4 billion to renovate Austin semiconductor factory

Premiership footballers will be weeping in envy at the way Samsung's been spending its cash this month. After splashing $822 million on a Korean R&D center, it's now chucking $4 billion to renovate its semiconductor factory in Austin, Texas. The cash will be used to increase production on system-on-chip products used in a wide variety of smartphones and tablets, presumably to cope with future demand. It's not clear if this investment is in addition to the $1 billion it was raising in January to add a new SOC and OLED line to the same facility, but it's certainly a good time to be living in Texas, right now.

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Samsung spending $4 billion to renovate Austin chip factory originally appeared on Engadget on Tue, 21 Aug 2012 06:33:00 EDT. Please see our terms for use of feeds.

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Marvell PXA988, PXA986 chips support 3G for China, the world without reinventing the wheel (or phone)

Marvell PXA988, PXA986 chips support 3G for China, the world without reinventing the wheel or phone

Whenever we see a smartphone optimized for China Mobile's TD-SCDMA 3G, it usually represents one of two things: it's either a China-specific variant of a phone we already know, or it's a local-only model that's unlikely to ever travel abroad. Marvell has just unveiled a new mobile processor platform that could allow for a lot more globetrotting with those basic designs. The PXA988 is limited to China Mobile's technology for data, but its PXA986 doppelganger can fit the same slot to offer regular HSPA+ 3G without forcing phone makers back to the drawing board. Both run on a dual-core, 1.2GHz ARM Cortex-A9 at their heart -- nothing exciting in mid-2012, although they're well-enough equipped to capture 1080p video and tout extras like NFC. Only test samples exist today, but there's a chance we'll soon see phone designs that are just as much at home in Berlin as they are in Beijing.

Continue reading Marvell PXA988, PXA986 chips support 3G for China, the world without reinventing the wheel (or phone)

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Marvell PXA988, PXA986 chips support 3G for China, the world without reinventing the wheel (or phone) originally appeared on Engadget on Tue, 14 Aug 2012 14:20:00 EDT. Please see our terms for use of feeds.

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Intel porting Jelly Bean to its Atom architecture, is in no hurry to tell you when it’s done

Intel working on Atomflavored Jelly Beans for portable devices

Intel has revealed that it's working on bringing Jelly Bean to its low-power Atom architecture. In an email to PC World, company rep Suzy Greenberg confirmed the project was ongoing, but didn't offer a timeline as to when the latest flavor of Google's mobile OS would arrive on a device. It's the same story regarding when Ice Cream Sandwich would turn up on Medfield-powered devices like the San Diego and its brethren. The report also pours cold water on hopes for Clover Trail powered Android gear -- saying that it's pencilled in as a Windows 8-only platform.

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Intel porting Jelly Bean to its Atom architecture, is in no hurry to tell you when it's done originally appeared on Engadget on Tue, 24 Jul 2012 12:26:00 EDT. Please see our terms for use of feeds.

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Project Moonshot take two: HP’s low-power Gemini servers let go of ARM’s Calxeda for Intel’s Centerton

Project Moonshot take two HP's lowpower Gemini servers let go of ARM's Calxeda for Intel's Centerton,

Last we'd heard of HP's Project Moonshot, that effort to create low-energy servers was set to ride on the back of the Calxeda SoC. But for the rollout of its production-ready "Gemini" models, the company's changed tack, replacing the previously announced ARM chips for Intel's Centerton. Why the sudden swap? Well, it seems that new Atom processor delivers the same energy-sipping promise of its predecessor, while also adding 64-bit support, a broader software ecosystem, error correcting code memory and hardware virtualization. That's all well and good, but when you boil it down to layman's terms, HP's really just angling for the ultimate in efficiency and it plans to do that by providing these compact servers in "a [smaller] footprint" than currently available setups. The system's still not quite ready for primetime consumption, given its very recent public outing, however, demo units are in the pipeline, with a planned launch for the end of 2012. If this sort of back-end geekery gets your blood flowing, feel free to hit up the official presser after the break.

Continue reading Project Moonshot take two: HP's low-power Gemini servers let go of ARM's Calxeda for Intel's Centerton

Project Moonshot take two: HP's low-power Gemini servers let go of ARM's Calxeda for Intel's Centerton originally appeared on Engadget on Wed, 20 Jun 2012 18:42:00 EDT. Please see our terms for use of feeds.

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