Posts Tagged ‘Nvidia’

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How Nvidia plans to oust Intel and power nearly every device you own

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As he does every year, Nvidia CEO Jen-Hsun Huang took the stage at the GPU Technology Conference in San Jose, California today, telling a packed audience how important the company’s processors are for intensive computing tasks. He shook hands, received endorsements, demoed state-of-the-art computer simulations, and introduced a few new products.

Then, he went straight to the telephone, signed onto an investor call, and shared his endgame, the plan that ties it all together: Nvidia wants to take advantage of what he calls a “seismic change” in the computing industry to have its chips drive every single computer in existence. “Our strategy, ultimately, is to light every single pixel,” said Huang. “There are 5.5 billion HD displays by…

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Researcher breaks Pi calculation record with the help of NVIDIA

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Researcher calculates Pi to digit digit with the help of NVIDIA

Yesterday’s self-congratulatory pat on the back to anyone reciting Pi to ten digits might feel a bit insufficient compared to Santa Clara College’s Ed Karrels. The analyst has actually broken the record for calculating Darren Aronofsky’s favorite number, taking the ratio to eight quadrillion locations right of the decimal. Offered the place of the College, you’ll be unsurprised to learn which hardware maker’s gear was used to break the record. Karrels will be displaying the new digits at the GPU innovation conference in San Jose, demonstrating the CUDA-voodoo essential to take advantage of all of that Kepler-based computing power.

[Image Credit: Ed Karrels]

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NVIDIA shines a light on lower spec Quadro cards: K600 priced at $199, K4000 at $1,300

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Despite all the energy it’s been putting into mobile and gaming, NVIDIA hasn’t fallen out of love with its professional graphics customers. In fact, it’s in the process of trying to rekindle those sparks of romance through the clever use of chocolates, shoulder rubs and fresh additions to its Kepler-based Quadro lineup. We’ve already seen (and played with) the $ 2,249 K5000 flagship, but those of us on lower budgets will now be able to snag the K4000, K2000 or K600 as they begin to enter the retail channel.

Working from the top down, the $ 1,269 Quadro K4000 has 768 CUDA Cores, 3GB of RAM and a memory bandwidth of 134GB/s, which means it’ll crank out your architectural documents and video reels at a healthy 1.246 TFLOPs. The $ 599 K2000 has half the CUDA cores and memory bandwidth, with 2GB of RAM, and reaches a top speed of 733 GFLOPs. Lastly, the $ 199 K600 has 192 CUDA Cores, 1GB RAM, a memory bandwidth of 29GB/s and a top speed of 336 GFLOPs. If you’d like more details, you know where the PR’s at.

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Nvidia Shows Off The Tegra 4i Reference Smartphone On Video, Delivers Impressive Mobile Gaming Performance

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Nvidia only lately presented its Tegra 4i processor, which pairs Tegra 4 power with integrated LTE — an Nvidia initially for mobile chips — into a single system-on-a-chip. The company is now showing off the processor in action on in-house developed reference smartphone hardware called the Phoenix, which is actually present as a working model at MWC in Spain, as you could see in the video above. The Tegra 4i is Nvidia ’ s try to bring the power of its brand-new platform to mainstream devices, and the Phoenix, with its 5-inch, 1080p display, 13-megapixel camera and incorporated LTE radio is a look at exactly what OEM partners will have the ability to attain structure with the Nvidia processor as its powerhouse. The phone is additionally only 8mm thin thanks to the SoC ’ s small design, but it has a 60-core GPU that bests the Tegra 3 by an aspect of two, while also enhancing battery life and web browsing compared to Nvidia ’ s previous generation architecture. Android game designers and start-ups planning to make use of improvements in mobile camera and video tech will probably get the biggest kick out of the Tegra 4i demo, which flaunts some of its graphics processing prowess. The camera is now capable of offering instant still HDR that doesn ’ t need to be switched on and off, as well as HDR video and HDR panorama images. The trial video reveals off image and video making, which truly offers a common sense of simply how great devs will have the ability to make media view gadgets based upon Nvidia ’ s new mobile platform.

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NVIDIA Dislikes The Benchmark Game, But Lifts The Veil On Tegra 4 Performance Anyhow

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Flash back a month approximately to CES — NVIDIA CEO Jen-Hsun Huang formally pulled back the drape on the business ’ s brand-new Tegra 4 chipset, and called it the “ globe ’ s fastest mobile processor. ” It was a hell of a claim to make, but the company did little to justify it at the time aside from indicating its collection of Cortex A15 CPU cores and its “ 72 GPU cores. ”

The good news is, NVIDIA is much chattier right here at MWC, and aspired to display some rather excellent synthetic standards for its latest and greatest mobile chipset.

Well, possibly “ excited ” isn ’ t precisely the right word — NVIDIA truly hates playing the mobile benchmark game. I put on ’ t blame them. In many methods the sorts of numbers that these tests spit out just put on ’ t properly mirror the experience that users will in fact have. During our early screening for circumstances, the Nexus 4 regularly put up some oddly anemic Quadrant ratings — which its relative the Optimus G conveniently blew past — in spite of working like a dream.

All that stated, standards are largely are for the a lot of part inescapable, and the Tegra 4 SoC does a rather nice task on them anyway. Quadrant is among our go-to mobile benchmarking devices, and the Tegra 4 did not disappoint — it scored in the mid-16,000 s, topping out at 16,591. To put that in a little perspective, Samsung/Google ’ s Nexus 10 (which itself is powered by a fairly new dual-core 1.7 GHz Samsung Exynos chipset) generally ratings in the mid-to-high 4,000 s. Asus ’ Transformer Pad Infinity TF700 (powered by a 1.6 GHz quad-core NVIDIA Tegra 3) fared about the same, if not a hair higher.

The outcomes were much the same when we looked at AnTuTu scores — while tablets like the Nexus 10 and Asus ’ TF700 will yield scores in the mid-8000s to low-9000s, the Tegra 4 trial tablet regularly hit ratings above 36,000.

Curious about how the Tegra 4 contrasts in your preferred benchmarking suite? You could see the complete gallery of Tegra 4 benchmark outcomes below:





Among NVIDIA ’ s most popular rivals nowadays is Qualcomm, and NVIDIA Item Advertising director Matt Wuebbling aspired to talk about the efficiency differential when I let slip the Q word.

When asked about how much NVIDIA learns about Qualcomm ’ s updated Snapdragon chipsets, he responded simply adequate: “ we understand a great deal. ” By his count, the Tegra 4 is about 2 to 3 times faster than Qualcomm ’ s Snapdragon 600 (utilized in gadgets like the new HTC One). He passed to say that the top-tier Snapdragon 800 is about 25 to 35 percent faster than the 600, with the effects that the Tegra 4 still comes out on top.

Though his feedback has based upon Qualcomm ’ s published Snapdragon claims, I ’ d still advise you to take that comparison with a grain of salt. That ’ s absolutely nothing against Wuebbling, however these types of basic comparisons don ’ t always paint the most precise picture. I couldn ’ t reach Qualcomm for feedback at time of writing, however I ’ ll update if/when they reply to these claims.

You would think that this sort of horsepower would suck a battery dry in jiffy, however that doesn ’ t appear to the hold true. An additional Tegra 4 trial had a video going for full resolution on a little 1080p display, an exercise that never ever drew even more 1 watt of electrical power at the most. Power usage usually fell within the 900-950 milliwatt range — devices like the Droid DNA for circumstances often draw around 1.2 watts for similar tasks.

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Nvidia GeForce GTX Titan arrives: the world’s most powerful gaming GPU costs $999

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Gallery Photo: Nvidia GeForce GTX Titan hands-on pictures

The Titan — the world’s fastest supercomputer — has 18,688 Nvidia GK110 GPUs inside. Each and every one is more powerful than the graphics accelerator in most any gaming PC you’ll find. That changes next week: Nvidia’s announcing the $ 999 GeForce GTX Titan, a graphics card that harnesses the very same power to drive PC games. Wrapped in the same attractive aluminum chassis as the GeForce GTX 690, with the same specially designed cooling system and a polycarbonate window to show it off, the graphics card’s a sight to behold, and the company claims it’ll play some seriously strenuous games as well. Nvidia says it’ll be out next week.

Before we tell you what the GeForce GTX Titan is, we should probably tell you what it is not. The…

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NVIDIA unveils the GTX Titan, an enormous graphics card that costs $1,000 (eyes-on)

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NVIDIA unveils the GTX Titan, an enormous graphics card that costs $ 1,000

NVIDIA’s GTX Titan is rumor no more, as the American computer hardware company unveiled the superpowerful graphics card this morning. With 2,688 CUDA cores, 6GB of GDDR5 RAM, and 7.1 billion transistors packed into the 10.5-inch frame, Titan’s capable of pushing 4,500 Gigaflops of raw power — NVIDIA’s pitching Titan as the means to “power the world’s first gaming supercomputers.” The company even showed off the Titan in its mightiest form, bootstrapped to two others running together (three-way SLI), which powers graphics showcase Crysis 3 running at its highest settings: a whopping 5760×1080 resolution across three monitors. Of course, a setup like that would cost you quite a pretty penny; just one GTX Titan costs $ 1,000, not to mention three (nor all the other hardware required to support it).

Should you prefer your gaming PCs to not be of the neon-lit, triple GPU, above-$ 10,000 variety, NVIDIA was also showing off the Titan in a Falcon Northwest boutique PC. The company’s working with a variety of boutique PC makers to incorporate the Titan (see: Maingear), making NVIDIA’s top of the line a teensy bit more accessible to your average joe.

GTX Titan is the new top of the line for NVIDIA, effectively pushing aside the GTX 690 and setting a new watermark for performance. Of course, with a $ 1,000 price tag and freedom — nay, encouragement — to tweak its nitty gritty settings, the Titan isn’t really meant for your average anyone. The PC game-playing early adopters, however? Here’s your next GPU. Hopefully you’ve got a big, empty space in your rig, as you’ll need it.

Gallery: NVIDIA GTX Titan

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NVIDIA Wanting to Build Tegra Reference Devices Itself To Flood The Market, Report Claims

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NVIDIA is intending to win back mobile processor marketshare with a plan that includes constructing its own smartphone and tablet hardware designs and providing them white tag to OEMs in Russia and China, according to a new report from Unwired View. The concept is that by doing that, NVIDIA gets complete control over hardware efficiency, while likewise undercutting the competitors on rate and ideally flooding the market with devices based upon its platform.

That ’ s not a new technique for NVIDIA, which has done basically the exact same thing in the graphics card market, Unwired View mentions. NVIDIA has some traction in smartphone and tablet processors with its existing Tegra 3 platform, and it announced the Tegra 4 was just announced at CES, with some anticipating that it will be a big winner in the mobile market. But Qualcomm is the guaranteed elephant in the room, and its new Snapdragon processors revealed at CES look to push the envelope and help it keep its lead amongst OEM adoption.

Developing their very own white tag designs with producers intending at the bottom end of the market has a few advantages for NVIDIA. Initially, it gives them an opportunity to control the entire soup-to-nuts product design, suggesting they could build hardware that will optimize the performance of the Tegra processor. Second, they can start developing their own elements at a much greater scale, as their low-cost partners deliver an increasing number of economical, but fairly high-quality devices in developing markets. That will help with economies of scale, making it much easier to produce chips cheaply and in big batches for other hardware manufacturers.

Gadgets causing by this strategy will start to come to market in the May to June timeframe, if the report ’ s source is proper. Some of these will carry the NVIDIA branding, Unwired View says, and some will not, however all must be relatively high-quality gadgets at the price points provided. This is still a report at this stage, however a fascinating one that if real, could possibly help NVIDIA gain much more ground as a mobile processing giant on the international phase.

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Nvidia Outs Next-Gen Tegra 4 Quad-Core A15 LTE-Enabled Mobile Chip; Also Unboxes ‘Job Cover’: Open Gaming Handheld That Supports Android, PC Titles

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Nvidia has outed its next-gen Tegra 4 mobile CPU at CES. As expected, the chip stuffs 72 GPU centers, supplying a 6x bump on the Tegra 3 ′ s graphics processing efficiency — to take advantage of greater resolution displays — in addition to the first quad-core ARM Cortex-A15, to enhance web searching rate by 2.6 x and deliver improved app efficiency. Additionally on board: LTE support. Nvidia is chatting up the computation photography abilities of the Tegra 4, with automatic support for HDR pictures and video, and also its power efficiency — declaring it consumes up to

45 per cent less power than the Tegra 3 in “ typical use cases ”, thanks to functions such as a battery saver center for reduced power throughout basic use. The Tegra 4 supports up to 14 hours of HD video playback on phones. Additionally today at CES, Nvidia has actually launched an open gaming portable — called ‘ Project Guard ’ — powered by the new Tegra 4 chip. The handheld could download Android games from Google Play and

Nvidia ’ s TegraZone game shop, as well as wirelessly stream Windows PC STEAM games — provided you have a COMPUTER powered by Nvidia GeForce GTX GPUs somewhere else in the house. The use-case right here is most likely if you want to tumble out on the sofa to play to play COMPUTER games, rather than sitting at your work desk. The handheld hardwareincludes a 5-inch, 1280 × 720 HD retinal multitouch display, hinged atop the controller: Nvidia ’ s releases follow below: NVIDIA Introduces Globe’s Fastest Mobile Processor

Tegra 4 Characteristics 72 Custom GPU Cores, Quad-Core Cortex-A15 CPU for Superb Performance and Efficiency; LTE Allowed with Optional Chipset LAS VEGAS– CES– Jan. 6, 2013– NVIDIA today presented NVIDIA ® Tegra ® 4, the world’s fastest mobile processor, with record-setting efficiency and battery life to perfectly power smartphones and tablets, gaming gadgets, car infotainment and navigation

systems, and PCs. Tegra 4 offers exceptional graphics processing, with lightning-fast web surfing, magnificent visuals and brand-new camera capabilities through computational photography. Formerly codenamed “Wayne,” Tegra 4 features 72 custom NVIDIA GeForce ™ GPU cores– or 6 times the GPU horsepower of Tegra 3– which deliver even more realistic video gaming experiences and

higher resolution displays. It consists of the first quad-core application of ARM’sa lot of enhanced CPU center, the Cortex-A15, which provides 2.6 x faster web surfing and breakthrough performance for apps. Tegra 4 likewise allows around the world 4G LTE voice and data support with an optional chipset, the fifth-generation NVIDIA Icera ® i500 processor. More efficient and 40 percent

the size of typical modems, i500 provides 4 times the processing capability of its predecessor. “Tegra 4 provides huge processing power and efficiency to power smartphones and tablets, video gaming devices, automobile systems and Computers,” stated Phil Carmack,senior vice head of state of the Tegra company at NVIDIA. “Its brand-new capabilities, especially in the area of computational photography, will help enhance a whole range of existing products and cause the creation of exciting brand-new ones.” Computational Photography Capacity Among the Tegra 4 processor’s developments is its Computational Photography Architecture, which immediately delivers high powerful variety (HDR) images and video by fusing together the processing

power of the GPU, CPU and the camera’s image-signal processor. Its HDR ability catches images, including those taken with a flash, the means they are seen by the human eye– with detail in both bright and dark locations. Unmatched Power Efficiency Designed for maximum energy efficiency, Tegra 4 consists of a second-generation battery saver core for reduced power during common use, and PRISM 2 Show modern technology to decrease backlight power while delivering exceptional visuals. Tegra 4 consumes up to 45 percent less power than its predecessor, Tegra 3, in usual use cases. And it allows up to 14 hours of HD video playback on phones. Tegra 4 Trick Qualities · – GeForce GPU with 72 custom centers · – Quad-core ARM Cortex-A15 CPU, plus a 2nd Generation Battery Saver Core · – Computational Photography Architecture · – LTE ability with


optional Icera i500 chipset · – 4K ultra-high-def

video support Useful Links www.nvidia.com/tegra www.tegrazone.com NVIDIA Untethers Gaming with Job DEFENSE Gaming Portable for Open Operating systems Designed for Gamers to Play When, Where, How They Wish LAS VEGAS– CES– Jan. 6, 2013– NVIDIA today announced Job SHIELD, a gaming portable for open platforms, designed for gamers who desire to play when, where and how they wish. Developed with the philosophy that video gaming should be open and flexible, Job COVER perfectly plays both Android

and PC titles. As a pure Android device,

it gives access to any type of game on Google Play. And as a cordless receiver and controller, it can stream games from a PC powered by NVIDIA ® GeForce ® GTX GPUs, accessing titles on its STEAM game collection from anywhere in the home. “Project DEFENSE was created by NVIDIA engineers who like to game and envisioned a new way to play,” stated Jen-Hsun Huang, co-founder and primary executive officer at NVIDIA. “We were motivated by a vision

that the surge of mobile

  • and cloud technologies will release us from our boxes, letting us game anywhere, on any type of display. We thought of a device that would do for gameswhat the iPod and Kindle have actually done for songs
  • and books, letting us play in a cool brand-new method. We wish other gamers adore SHIELD as much as we do.” Job SHIELD integrates the advanced processing power of NVIDIA Tegra ® 4

  • , breakthrough game-speed Wi-Fi modern technology and stunning HD video and

audio constructed into a console-grade controller. It can be utilized to use its own incorporated screen or on a huge display, and on the couch or on the go. Tegra 4 at Its Heart At the

center of Project DEFENSE is the globe’s fastest mobile processor, the new NVIDIA Tegra 4,

which provides huge power from its custom 72-core GeForce GPU and the first quad-core application of ARM’s a lot of innovative CPU center

, the Cortex-A15. These, combined with its battery-saver core and energy-saving PRISM 2 technology, deliver hours of gameplay on a single charge. Windows and Android Games Windows and Android are the world’s most effective computing platforms, with enormous ecosystems of system and software developers. While not

especially made for games, both open platforms have actually drawn gamers by the millions. Project COVER is created to permit them to delight in Android and Windows games in a new, amazing method. Project DEFENSE can immediately download Android games, consisting of Android-optimized titles available on NVIDIA’s TegraZone ™ game store, which has actually already provided even more than 6 million downloads to gamers. It could likewise be made use ofas a cordless game receiver to a neighboring PC prepared with an NVIDIA GeForce GTX 650

GPU or higher

. Console-Grade Controller Project DEFENSE’s ergonomic controller was developed for the gamer who wants ultimate control and accuracy. Retinal Video gaming Show Brilliant gameplay and video are provided by Project SHIELD’s incorporated 5-inch, 1280 × 720 HD retinal multitouch display, with 294 dpi. Plus, Tegra 4 with Direct Touch technology offers it touch responsiveness that is a more constant, precise and smooth-flowing touch input experience than a standard touch device. Tuned

Port, Bass Reflex Portable Speaker System Deep, rich sound is crucial for a fantastic gaming experience. And Job SHIELD offers fidelity and dynamic variety never ever before readily available on a transportable gadget, with its custom, bass reflex, tuned harbor sound system– with two times the low-frequency output of high-end laptops. Project GUARD could likewise access Android apps such as Hulu, Netflix and Shirker Radio, so individuals could

appreciate their

films and popular music anywhere without costly, cumbersome wired or cordless speakers. Support by Leading Market Analyst Patrick Moorhead, head of state and lead analyst at Moor Insights & Strategy, stated: “The market has actually waited years for a breakthrough games device that offers the versatility, quality and total satisfaction of Project DEFENSE. Few companies besides NVIDIA have the vision, digestive tracts and deep games experience to have pulled

this off.” Support by Leading Game Developers

Yves Guillemot, co-founder and primary executive officer of Ubisoft, stated: “Ubisoft is constantly excited about new equipment advancements, and Job GUARD promises to bring both mobile and COMPUTER gamers a wonderful brand-new gaming experience. Seeing the COMPUTER version of Killer’s Creed III run on the device is a fantastic example of this, and more strengthens

Ubisoft’s long-lived relationship with NVIDIA.” Mark Rein, vice president and co-founder of Epic Games, stated: “With Project GUARD, NVIDIA brings a brick-wall, high-performance console experience to mobile gadgets. Incredible games consisting of Genuine Boxing and Hawken, which make use of the current Unreal Engine innovation, look fantastic on Job COVER. This is just the start, and we ’ re really delighted to see what more Unreal Engine

designers will finish with a lot horsepower in such a compact gaming device.” Bill Wagner, main manufacturing policeman at Meteor Entertainment, said

: “Originating from the openness of a PC platform, we adore exactly how

accessible Job COVER is, and the versatility it gives gamers all over. Job COVER provides us the innovative ability to bring a significant free-to-play COMPUTER game like Hawken to the handheld games audience.” Support by More comprehensive Sector “Shadowgun and Dead Trigger showed how Tegra could redefine mobile games on Android. Job SHIELD’s performance has allowed us to

bring an even

much better experience with Dead Trigger 2, debuting first on Tegra

4 gadgets. Our fans are visiting adore it.”– Marek Rabas, primary executive officer of MADFINGER Gamings “Job DEFENSE has altered exactly how we approach mobile game development. Tegra 4 helped us develop Bloodsword– a brand-new game debuting with the greatest resolution textures, graphics and shading we

‘ve ever seen

on a mobile gadget.”– Seunghee Do, co-founder at OneQ Soft “We are extremely excited to be part of Job COVER, and are quite amazed by the games potential of this gadget. Job SHIELD is without a doubt

the fastest

mobile device we have actually dealt with and it lets us put

console quality graphics on a portable gadget.”– Stine Waern, chief executive officer at Ravn Studio AS “Thanks to Job SHIELD’s performance, we have the ability to make use of the exact same quality textures and shaders in Rochard as on the PC version. We’re extremely delighted to bring Rochard to Job COVER, the first time it’s ever before been usable on a mobile gadget.”

– Jan Achrenius, main executive officer at Recoil Games “In other words

, Project COVER is an outstanding leap forward, enabling us to develop console-quality visuals previously unthinkable on a mobile platform.”– Arden Aspinall, main executive officer and project lead at TickTock Games Ltd. More info is offered at shield.nvidia.com. About NVIDIA NVIDIA (NASDAQ: NVDA) awakened the globe to computer system graphics when it created the GPU in 1999. Today, its processors power a broad variety of items from smartphones to supercomputers. NVIDIA’s mobile processors are made use of in cell phones, tablets and car infotainment systems. COMPUTER gamers depend on GPUs to appreciate spectacularly immersive worlds. Professionals utilize them to produce 3D graphics and visual results in films and tocreateeverything from golf clubs to jumbo jets. And analysts use GPUs to advance the frontiers of science with high efficiency computing. The business has even more than 5,000 patents issued, allowed or filed, including ones covering concepts essential to modern-day computing. To learn more, see www.nvidia.com.

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Cray’s Jaguar supercomputer upgraded with NVIDIA Tesla GPUs, renamed Titan

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Cray's Jaguar supercomputer upgraded with NVIDIA Tesla GPUs, renamed Titan

Cray’s Jaguar (or XK7) supercomputer at Oak Ridge National Laboratory has actually been loaded up with the first shipping NVIDIA Telsa K20 GPUs and renamed Titan. Loaded with 18,688 of the Kepler-based K20s, Titan’s peak performance is even more than 20 petaflops. Sure, the machine has an equal number of 16-core AMD Opteron 6274 processors as it does GPUs, however the Tesla hardware packs 90 percent of the entire processing strike. Titan is about ten times a lot faster and five times a lot more energy reliable than it was prior to the name modification, yet it fits into the same 200 closets as its predecessor. Now that it’s total, the rig will evaluate information and produce likeness for clinical projects varying from subjects featuring temperature change to nuclear energy. The hardware behind Titan isn’t suggested to power your gaming sessions, but the NVIDIA says lessons learned from supercomputer GPU development trickle back down to consumer-grade cards. For the complete lowdown on the beefed-up supercomputer, hit the jump for a pair of press releases. Continue reading Cray’s Jaguar supercomputer upgraded with NVIDIA Tesla GPUs, relabelled TitanFiled under: Science, NVIDIACray’s Jaguar supercomputer upgraded with NVIDIA Tesla GPUs, renamed Titan originally appeared on Engadget on Mon,29 Oct 2012 03:01:00 EDT. Please see our terms for usage of feeds. Permalink|| Email this|Remarks

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