Items tagged with Kepler
We were first given a taste of NVIDIA G-SYNC technology over a year and a half ago and it was definitely quite a sweet dish. Like competing solutions from AMD (FreeSync), G-SYNC aims to rid gamers of synchronization-related maladies like VSync input lag, stuttering and screen tearing, providing instead a buttery smooth gaming experience. For an in-depth look at G-SYNC, you can take a look at Marco’s excellent article about the technology right here. Up until this point, G-SYNC has been solely aimed at desktop gamers, but NVIDIA today is extending its reach by bringing a new implementation of G-SYNC to notebook computers. On the desktop side things, gamers are required to have both a Kepler-based...
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When we evaluated NVIDIA’s Maxwell-based GeForce GTX 750 and 750 Ti a few weeks back, we lauded the GPUs for their competitive performance and class-leading power efficiency. The GeForce GTX 750 and 750 Ti are mainstream products that didn’t tear up the benchmark charts like a bleeding-edge high-end GPU would, but their Maxwell-based GPUs competed well with similarly priced products and they did so at much lower power levels. The power efficiency of NVIDA’s Maxwell architecture make it ideal for mobile applications, so today’s announcement by NVIDIA of a new top-to-bottom line-up of mobile GPUs—most of them featuring the Maxwell architecture—should...
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We've known for several years that the next GPU architecture after Kepler would be codenamed Maxwell. NVIDIA revealed as much in a roadmap as far back as September 2010 when Fermi was the top dog, and though it will arrive just a tad behind the GPU maker's original schedule, Maxwell parts are right around the corner. Back in 2010, NVIDIA expected to be pushing out 20nm GPUs by now, though the reality is TSMC isn't up to the task of transitioning to 20nm territory at an acceptable yield. If NVIDIA decided to push the issue, costs would likely jump up dramatically on the manufacturing side, which would result in higher priced graphics cards. With AMD already being so aggressive with its pricing...
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NVIDIA’s G-SYNC technology keeps the output from a Kepler-based GPU in sync with a monitor regardless of framerates and irrespective of whether or not V-Sync is enabled; the result is a butter-smooth GPU-controlled display that essentially obviates fixed vertical refresh rates. (You can read a detailed primer on G-SYNC here.) There are some G-SYNC-enabled displays coming, including at least one from ASUS (the 27-inch ROG SWIFT PG278Q at 2560x1440), but for a limited time, eager modders can upgrade an ASUS VG248QE display already with a DIY G-SYNC kit from NVIDIA. There’s a handy installation video and an accompanying instructional PDF, and NVIDIA says that you can perform the mod...
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Back in September at a press event held in Montreal, NVIDIA CEO Jen-Hsun Huang announced what he called “one of the most important works NVIDIA has done for computer graphics.” The technology was called G-SYNC. G-SYNC is an end-to-end graphics and display architecture that starts with a Kepler-based GPU and ends with a G-SYNC module within a monitor. To put it simply, what G-SYNC does is keep a display and the output from a Kepler-basd GPU in sync, regardless of frame rates or whether or not V-Sync is enabled. Did we mention that G-SYNC is also compatible with 4K resolutions? It is, and we hope someone manufacturers will make a 30-inch+ 4K display with this new NVIDIA technology on...
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Amazon is expanding its cloud reach into the world of graphically intensive, 3D, GPU-accelerated applications in fields such as media creation, design, and even gaming with its Amazon AppStream. AppStream runs on Amazon’s EC2, which includes NVIDIA’s Kepler-based GRID GPUs (a G2 instance), and is designed to make it possible to run applications on devices that would not necessarily be able to handle the processing required. The service deploys and renders applications in the cloud and streams them to just about any device, including PCs, tablets, and smartphones. Currently, the Amazon AppStream SDK supports streaming from Microsoft Windows Server 2008 R2 to devices with Microsoft...
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A few days ago, an unheard-of NVIDIA device showed up in some GFXBench benchmark results alongside the NVIDIA SHIELD (which we reviewed here); the device, which is apparently dubbed the NVIDIA Tegra Note Premium, has a resolution of 1280x736 (which indicates a smallish tablet form factor), and the German site that found the results said that the processor was a Tegra 4 (1.8GHz) chip, and it was running Android 4.2.2. It may also come with a stylus of some kind. NVIDIA Project SHIELD The assumption is that this mystery device could be a purely NVIDIA-branded 7-inch (or so) tablet, and now it appears that NVIDIA may also be developing a high-end tablet with its own name on the box. FUDzilla, citing...
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Nvidia is showing off a bit more of the capabilities of its upcoming Kepler-based mobile GPU at SIGGRAPH this week, and the next-generation chip should be a quantum leap over what Nvidia is shipping currently. Then again, that's scarcely difficult -- Tegra 4 is based on 2005-era graphics hardware with some L2 cache and a few feature enhancements here and there. It doesn't support CUDA, DirectX 11, OpenCL, OpenGL ES 3.0, and it while it packs far more pixel shader and vertex pipelines than Tegra 3 offered, it was disappointing to those of us that hoped to see a Kepler-based design this generation. Tegra 5 supposedly fixes all this. The next-generation core will offer cutting-edge support for all...
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For the last 20 years, NVIDIA has developed and used its own graphics IP in-house. While the company engaged in several prominent cross-licensing deals with companies like Intel, those deals never resulted in an Intel-branded graphics card or an equivalent product from another company. Today, that changes -- NVIDIA has announced that henceforth, it will license its graphics designs to other companies. In a blog post today, company spokesperson David Shannon writes: "our next step is to license our GPU cores and visual computing patent portfolio to device manufacturers to serve the needs of a large piece of the market... We’ll start by licensing the GPU core based on the NVIDIA Kepler architecture,...
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It's Computex time again in Taipei, which means it's time for a whole lot of companies to unveil/launch a whole lot of products, all at once. With Haswell waiting in the wings, NVIDIA has jumped all over that bandwagon -- the GTX 770 launched earlier today, the 780 launched last week, and the company is taking the wraps off its new 700M series of mobile GPUs right now. Like the previous GTX 600M family, the GTX 700M cards are all based on Kepler and are built on a 28nm process. What's new about the 700M family is that some of the relative positioning has changed. This is relatively unusual for NVIDIA or AMD -- while the companies make no promises about cross-series comparisons, both manufacturers...
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With the release of the NVIDIA GeForce GTX 780, there’s a flurry of features to discuss (which we’ve done), but one intriguing new addition worth mentioning is NVIDIA’s GeForce Experience software, including ShadowPlay. Simply put, ShadowPlay lets users easily record and save game footage, which you can then share on YouTube or other video sharing channels. The technology relies on Kepler’s built-in H.264 encoder and allows 20 minutes of game recording at 30 FPS with 1080p, which you can easily save to a file. It’s designed to run in the background and uses RAM for storage. GeForce Experience, which has been in closed beta for months and is now available to the masses,...
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It’s (delightfully) evident how powerful mobile processors and graphics have become, but NVIDIA’s Senior Vice President of Content and Technology Tony Tamasi believes that mobile firepower is about to outpace the popular Xbox 360 and PS3 gaming consoles. “The PS3 and Xbox 360 are barely more powerful than mobile devices,” Tamasi told Bit-Tech. “The next click of mobile phones will outperform [them].” Specifically, he’s referring to the Tegra 5 mobile processor, which will follow the new Tegra 4 chip. Reportedly, Tegra 5 will feature CUDA 5 and boast a Kepler-class GPU and support Open GL 4.3. Tegra roadmap It’s not all that hard to imagine that...
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A couple of days ago, we showed you the new NVIDIA GeForce GTX Titan in all its glory—almost. While we were able to reveal the card itself, discuss its new features and specifications, and talk about some of the new systems it will be powering, we weren’t able to post any performance data. Fortunately, that all changes today. We’ve been able to test NVIDIA’s GeForce GTX Titan in a number of different configurations, including SLI and in a multi-monitor setup, and have the goods for you here today. And yes, we’ve got some Crysis 3 action on tap as well... NVIDIA's GeForce GTX Titan Benchmarked: Yes, It CAN Play Crysis 3...
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A couple of days ago, we showed you the new NVIDIA GeForce GTX Titan in all its glory—almost. While we were able to reveal the card itself, discuss its new features and specifications, and talk about some of the new systems it will be powering, we weren’t able to post any performance data. Fortunately, that all changes today. We’ve been able to test NVIDIA’s GeForce GTX Titan in a number of different configurations, including SLI and in a multi-monitor setup, and have the goods for you here today. And yes, we’ve got some Crysis 3 action on tap as well. If you haven’t already done so, we suggest checking out our initial preview of the GeForce GTX Titan....
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