AMD roadmap shows Steamroller-based Opterons on track for 2013

AMD roadmap puts Steamroller chips on track for 2013

AMD gave us a tease of its next-generation Steamroller architecture in 2012, but things weren’t looking good for pro users when the initial timeline had current-generation Piledriver technology as the focus for Opterons in 2013. Thanks to a newer investor presentation, there’s a glimmer of hope for the workstation and server users among us. Its roadmap shows Steamroller-equipped Opteron variants arriving this year, with an Excavator follow-up coming at an undetermined point in the future. There’s nothing about specific timelines and models, as you might imagine — AMD isn’t going to spoil its plans quite so readily — but the presentation reminds us that Steamroller will put an emphasis on the parallelism that’s oh so vital to high-end computing. We’re mostly glad to hear that IT backrooms will have something genuinely new to play with while we’re off enjoying its Kaveri counterpart at home.

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Via: X-bit Labs, TechEye

Source: AMD (PDF)

Intel Pentium turns 20 today, reminds us they don’t build ’em like they used to (video)

Intel Pentium turns 20 today, reminds us they don't build 'em like they used to video

Folks, this isn’t your ordinary, average Friday. Why, you ask? Well, we’ve got a birthday to celebrate, and it’s quite a milestone at that. Today marks the 20th anniversary of the Pentium processor, which was introduced on March 22, 1993. If you’re old enough to recall, the chip ran circles around its 486DX2 predecessor, and thanks to a heavy dose of marketing from Intel, the brand quickly became synonymous with the PC. For you trivia types, the original Pentium P5 was available in 60MHz and 66MHz variants, and was manufactured with an 800-nanometer fabrication process, which is quite the contrast to the 22nm chips on the market today. Rather than burden your mind with specs, though, we’d rather celebrate — and we’re sure that you would, too. So join us past the break, where you’ll find some of the more whimsical moments in the Pentium’s storied history.

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Via: Slashdot

Source: V3.co.uk

Samsung announces production of Exynos 5 Octa chip

Samsung announced its new flagship GALAXY S 4 last night in New York City in full broadway style, and just today we confirmed that the new device runs Qualcomm’s newest Snapdragon 600 chipset in the US, while other regions will be getting Samsung’s new Exynos 5 Octa processor, which the company will be putting into production starting sometime in Q2 2013.

Exynos_5_Octa

New details are pretty slim, but the new chip’s architecture is based on the Cortex-A15 chip, and the Exynos 5 features a mixture between the Cortex-A15 and the A7 to offer the best of both worlds: four Cortex-A15 cores for intensive tasks, along with four more Cortex-A7 cores that handle the lighter stuff.

Samsung claims that this setup offers up to 70% more efficiency compared to using only Cortex-A15 cores. Samsung says that the new Exynos processor will be manufactured using the company’s latest 28-nanometer design, which increases power efficiency and produces less heat — two things that are crucial for a good chip.

The GALAXY S 4 is obviously the first device to sport the new processor, and we’re positive that more devices will make their way to the forefront sporting the new chip. If you’re not familiar with Octa-core processors, don’t worry, as we’ll be posting an in-depth “SlashGear 101″ primer later today. Stay tuned!


Samsung announces production of Exynos 5 Octa chip is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

NVIDIA-powered computers break Pi calculation record

Yesterday was Pi Day, and to celebrate the yearly occasion, you no doubt tried your hardest to recite Pi to as many decimal places as you could. Of course, most of us probably couldn’t get past the first few decimal places, but there was one person who could, thanks to a set of computers powered by a handful of NVIDIA graphics cards.

pie

Santa Clara University researcher Ed Karrels ended up breaking the world record for computing digits of Pi to eight quadrillion places to the right of the decimal point. Karrels used graphics cards to do the work rather than CPUs, and he spread the work across three different computers: one with four NVIDIA GTX 690 cards, one with two NVIDIA GTX 680 cards, and 24 computers at the Santa Clara University Design Center with one NVIDIA GTX 570 card each.

The calculation took 35 days to complete, from December 19 to January 22, beating out the previous held by a team at Yahoo, who used 1,000 CPU-only computers, which took 23 days to compute Pi to two-quadrillion places, just a quarter of what Karrels’s setup achieved. After the 35-day run, Karrels conducted a second run to double-check the math, which took just 26 days using newer versions of his programming tools.

Karrels will speak at the GPU Technology Conference in San Jose, California next Tuesday, where he’ll be explaining the math behind the Pi calculation achievement, as well as the programming tricks he used, as well as the logistics of conducting supercomputing tasks on a budget.


NVIDIA-powered computers break Pi calculation record is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

NVIDIA opted out of PlayStation 4, cites Sony not offering enough money

Having produced the graphics chips that powered both the original Xbox and the PlayStation 3, it was a surprise to see NVIDIA‘s name left out of Sony’s big PlayStation 4 reveal event last month. But there was AMD, picking up the empty spot left by NVIDIA, powering the PS4 with its 8-core “Jaguar” CPU and Radeon GPU. So, what happened? While we don’t know the specifics of how AMD won the contract, NVIDIA’s senior VP of content and tech Tony Tamasi tells GameSpot that his company, “Didn’t want to do the business at the price those guys [Sony] were willing to pay.”

In so many words, Tamasi says NVIDIA weighed its options against other potential products the company would be working on — rather than producing discreet tech for a single console manufacturer, thus being unable to use said tech elsewhere — and decided against it. “We had to look at console business as an opportunity cost. If we say, did a console, what other piece of our business would we put on hold to chase after that?” he tells the game site.

NVIDIA is indeed working on a variety of new products, including an Android-powered Tegra 4 gaming handheld called Project Shield. That’s in addition to its bread-and-butter business of PC GPU development — the company recently unveiled its Titan GPU, a $1,000 card with enough power to keep your gaming graphics needs met for years to come (or at least we sure hope so at that price).

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Source: GameSpot

Sony details PlayStation 4 specs: 8-core AMD ‘Jaguar’ CPU, 6X Blu-ray

Sony details PlayStation 4 specs 8core AMD 'Jaguar' CPU, 8X Bluray,

So we didn’t see the actual PlayStation 4 console on stage at Sony’s press event tonight, but that doesn’t mean we can’t know what’s inside it. A press release reveals that the PS4’s PC-like configuration will include an 8-core 64-bit x86 “Jaguar” CPU built by AMD, with a Radeon GPU comprised of 18 “compute units” capable of cranking out 1.84 TFLOPS to process graphics and more. Its Blu-ray drive — yes, it will still have one of those — spins at a brisk 6X (8X for DVDs) and as mentioned on stage, it packs 8GB of unified GDDR5 RAM capable of 176GB/sec of bandwidth. 802.11n WiFi, USB 3.0, Bluetooth 2.1, HDMI, optical out and even a legacy analog AV out make up the inputs and outputs, although the potential amounts of storage are still unspecified.

Also mentioned are the new software features, which include long-awaited additions like cross-game chat, and PSN Sony Entertainment Network accounts can now connect to Facebook. Other details we’ve already heard plenty about, like its instant-on “suspend mode”, preloading of content, cloud gaming and shared game experiences. There are still many unknowns about Sony’s next game console, get filled in on the facts as they are after the break.

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Qualcomm formally details lower-end Snapdragon 400 and 200 processors

Qualcomm formally details lowerend Snapdragon 200 and 400 processors

We knew way back at CES that Qualcomm had a few lower-end chips up its sleeve, but now it’s official: the Snapdragon 400 and 200 have been formally detailed in a company blog post thrown up today. Following in the footsteps of the high-end Snapdragon 800 and 600, these units are being aimed at “the mid-tier and entry level smartphone segments.” The 400 options include dual Krait CPUs running at up to 1.7GHz per core, quad ARM Cortex-A7 CPUs humming along at up to 1.4GHz per core, and an Adreno 305 GPU. You’ll also find support for TDSCDMA, DC-HSPA+ (42Mbps), 1x Advanced, W+G CDMA, and multi-SIM capabilities of Dual SIM, Dual Standby (DSDS) and Dual SIM, Dual Active (DSDA), as well as support for up 13.5 megapixel camera sensors, 1080p video capture / playback and Miracast wireless display tech. For the number nerds, Snapdragon 400 processors now include the following part numbers: 8226, 8626, 8230, 8630, 8930, 8030AB, 8230AB, 8630AB and 8930AB.

As for the 200, you’ll get quad ARM Cortex-A5 CPUs at up to 1.4GHz per core, an Adreno 203 GPU, HD video playback, GPS, LPDDR2 RAM, multi-SIM support and the ability to handle up to 8 megapixel camera sensors. Snapdragon 200 processors now include the following part numbers: 8225Q, 8625Q. Unfortunately, pricing is being kept under wraps, and it seems that Qually is going to leave it to its wondrous partners to actually announce new hardware that’ll be powered by its latest duo. With Mobile World Congress kicking off in a matter of days, something tells us you won’t have to wait much longer for the nitty-gritty.

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Source: Qualcomm

Build the Best PC For Your Buck

We all know that, generally speaking, buying the newest top-end part gets you the most performance. But in most cases, the premium you pay for that part covers a whole lot of other stuff as well that has no bearing on frame rates or video encoding times. We’re talking about the added cost of covering research and development, product marketing, lower production yields, etc. That high price also includes a vanity tax, if you will-the extra charge incurred by folks who simply want to have the latest hardware, hot off the fab, for bragging rights. More »

MediaTek plans a tablet-focused processor for Q3

MediaTek plans a tabletfocused processor for Q3

MediaTek may have only just reached quad-core smartphones in earnest, but its aims are expanding — in a more literal sense. The company’s Xie Qingjiang says that plans are underway to build a tablet-specific processor that would ship in the third quarter of the year. While other details are scarce, it’s safe to say the chip will take advantage of all the extra breathing room for more performance. The real questions surround just who will use the new creation: there’s no guarantee that Acer will find a fit for the design inside of its future 8- and 10-inch budget slates, for example. When MediaTek is seemingly making generational leaps in a matter of months, though, we suspect that there won’t be a shortage of customers.

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Via: Unwired View

Source: Sina (translated)

Intel set to build $4bn chip plant in Ireland, 14nm chips on the way

Intel is looking to set its sights on 14nm chips soon, but the company needs a new manufacturing plant in order to make it happen. Luckily, after several months of waiting, the country of Ireland has finally given Intel the go-ahead to build a $4 billion chip plant that will be home to 14nm chips in just a couple of years.

intel-logo

The new plant will take approximately two years to build, and it will create 3,500 construction jobs, as well as 800 full-time jobs inside the plant once its complete. Intel CEO Paul Otellini confirmed in May of last year that Intel’s Ireland plant is one of three plants that has been chosen to produce the company’s next-generation 14nm chips. The other two plants will be Intel’s Oregon and Arizona facilities.

Intel taking the success from its 22nm process and will launch 14nm chips in just a couple of years. The company also aims to create 10nm, 7nm, and even 5nm chips beyond 2015. The new Ireland plant will have a total floor area of 2,635,200 square feet, and will operate alongside existing Intel infrastructure and buildings.

The new facility will include a three-story main fabrication plant with a floor area of 1,085,000 square feet. Other buildings include a facility that will house liquid chemicals and collect waste water, as well as a facility support building, a two-story boiler/chiller facility, a water treatment building, and emergency generation and electrical buildings housed with diesel generators.

[via Silicon Republic]


Intel set to build $4bn chip plant in Ireland, 14nm chips on the way is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.