At the recently held VRLA Expo, NVIDIA grabbed a lot of attention by demonstrating a research prototype of its ‘Light Field Display’ project. Originally demonstrated at the last year’s Siggraph, the project explores another angle at tackling the problem of motion sickness and depth perception. We contacted NVIDIA’s PR representative, Mr. Brian Burke who followed up with the following statement: “What we showed at VRLA is a research prototype built in collaboration with Stanford University to explore how future lightfield technologies can improve the VR experience. NVIDIA regularly conducts research on future technologies to help the industry find solutions to tough visual computing challenges. The prototype was first
Buying a compute device – be that a personal computer, workstation or a server, typically comes with a certain set of features which does not change. All workstation vendors for example, offer 1-4 expansion cards, typically a GPU and computational or storage cards. Those features are limited by what motherboard vendors can offer, and ATX/eATX/SSI standards can offer up to X amount of cards. BOXX Technologies decided to challenge that by launching APEXX 5, a custom designed system which can host up to seven expansion cards. For example, a Quadro GPU for sync/display output and five Tesla boards for compute. If you go with Dual-GPU boards, such as Tesla
Samsung Semiconductor is on a roll of late. The company introduced FinFET transistors with the 14nm process last year for logic, beating Intel for the first time in history to to a new manufacturing node. 14nm process expanded from in-house Exynos SoC processors to customers such as Apple, Qualcomm and others, while Intel was trying to get Broadwell architecture out the door. This process was followed by the announcement of ultra-dense 15nm NAND Flash memory, and now the company announced mass-production of next-gen memory standard – HBM2. The company announced that it started mass production of High-Bandwidth Memory 2 chips using its 20nm process, which just got
Regardless of how fast the adoption of Virtual Reality happens, 2016 could be remembered as the ‘year of VR’, where a lot of companies will have to change their own design in order to create a VR experience. Adoption of VR requires significant changes to the product lineup, and the approaches could not be more different. Oculus Rift is based around stationary position, HTC Vive Pre bases itself around a living room experience (with unfortunate wires), Microsoft HoloLens concept has a whole on-your-head computer (but also requires a hook up to a very powerful multi-GPU server), etc. Regardless of what you may think about VR, the fact is that this
Back in early December 2015, AMD invited their preferred media partners to brief them about the new company structure, where Radeon Technology Group (RTG, also known as ATI 2.0) will continue to bring products to market under the AMD banner until the (almost inevitable) spin-off occurs. In a run-up to CES 2016, which takes place in Las Vegas, NV, AMD made a formal announcement introducing the Polaris GPU architecture. In a video bewlo, Raja Koduri (head of RTG) spoke of innovation that was enabled by a logical transition from planar transistors (single-gate, i.e. 2-D) to multi-gate (i.e. 3-D) technology, with a variant of 3-D transistors being called FinFET. If
NVIDIA today announced that Facebook will power its next-generation computing system with the NVIDIA® Tesla® Accelerated Computing Platform, enabling it to drive a broad range of machine learning applications. While training complex deep neural networks to conduct machine learning can take days or weeks on even the fastest computers, the Tesla platform can slash this by 10-20x. As a result, developers can innovate more quickly and train networks that are more sophisticated, delivering improved capabilities to consumers. Facebook is the first company to adopt NVIDIA Tesla M40 GPU accelerators, introduced last month, to train deep neural networks. They will play a key role in the
Couple of days ago, GlobalFoundries issued a press release stating that they ‘demonstrated silicon success on the first AMD (NASDAQ: AMD) products using GLOBALFOUNDRIES’ most advanced 14nm FinFET process technology.’ “FinFET technology is expected to play a critical foundational role across multiple AMD product lines, starting in 2016. GLOBALFOUNDRIES has worked tirelessly to reach this key milestone on its 14LPP process. We look forward to GLOBALFOUNDRIES’ continued progress towards full production readiness and expect to leverage the advanced 14LPP process technology across a broad set of our CPU, APU, and GPU products,” said Mark Papermaster, Senior Vice President and Chief Technology Officer at Advanced Micro Devices.
At the recently held 2015 HotChips conference, Avinash Sodani (KNL Chief Architect, Senior Principal Engineer, Intel) gave a speech how Intel plans to expand the Xeon Phi product lineup from a server-only, PCIe card concept into three different packages, which would appeal to the workstation and server customers in different fields. On SC’15 Conference, which takes place in Austin, TX – Intel finally confirmed the strategy and is coming out with a workstation product that will feature a fully-enabled Knights Landing (KNL) Many-Core processor. In the first half of 2016, the company will ship Intel-built, Intel-branded workstation powered by self-booting Xeon Phi processor. The processor will be able to boot standard
Today was a day for memory for NVIDIA, as the company’s meteoric stock rise got them on top of Fortune 100 stock moves, ahead of Tesla Motors, Inc. The reason for the growth of the stock, are both second quarter results and upbeat announcement of third quarter earnings. Following the trading close on Thursday, NVIDIA announced its results which were on record levels, even though the company had some serious write offs ($167 million) due to Icera modem business and SHIELD tablet recall; $1.15 billion represents their best second quarter result, up from $1.10 a year earlier. Net income was only 26 million, but that came after
When it was originally introduced, the 8″ SHIELD tablet represented the highest performing tablet on the market, packing Tegra K1 SoC with 192 Kepler cores, world’s first tablet with desktop-like GPU. We were quite impressed with the performance Tegra achieved by using stock Android 5.0 Lollipop operating system, as well as overall built quality. The only negative was that the screen resolution wasn’t the greatest on an 8″ tablet, and it would heat up during gameplay – but not more than for example, Nexus 9 tablet (also powered by the same processor), or Texas Instruments powered Amazon Kindle HDX 8.9″. However, it looks like the tables have turned on
Tamas Miklos, author of AIDA64 contacted us to let you all know that v5.30 of his multi-platform tool came out today. AIDA64 is one of most versatile system detection and benchmarking applications, supporting practically every major operating system. If you want to know more about your computing device, AIDA64 is one of best tools out there, and the list of new items supported in v5.30 is just impressive. While you could install the application on Apple iOS, Google Android and Microsoft Windows, v5.30 brings in full support for Windows 10 and Server 2016, as well as Samsung Tizen OS. This is a list of changes for the application: New
There is no doubt about it; gaming represents one of largest, if not the largest entertainment business in 2015. The growth in this market has been underpinned by innovation and technological advancement, as new hardware is developed to refine the gaming experience across multiple platforms. With modern-day hardware also enabling cross-platform gaming experiences, this sector is set for even further growth in the next decade. Software is also a key component of the modern gaming experience, and there are several must-have programs for aspiring designers and developers. Here are five of what I believe are the most important tools you need for flawless gameplay: Graphic Drivers
During E3 2015, AMD launched two lines of graphics cards: Radeon 300 Series and Fiji Series. Radeon 300 Series is mostly based on renaming the 200 Series, with boosted hardware (double the memory, increase the clocks) and software (say hello to Frame Rate Target Control and Virtual Super Resolution) capabilities. Fiji GPU is a completely different beast, with no less than five different products: Few weeks ago, AMD launched R9 Fury X, a liquid cooled version. Sadly, the card was only available in very limited volume and we were unable to obtain one for a review. Now, AMD launched the R9 Fury, an air-cooled version which is available through AMD partner network,
Just like in the world of sports, there is a lot of personal and below-the-belt attacks on companies we report about, and quite often the heated exchanges happen about Sony, Microsoft or Nintendo consoles, or if we go down to the chip level – discussions about Intel, AMD or Nvidia (interestingly though, we don’t see Qualcomm receiving a lot of flak). Recently, we saw a lot of heated media coverage and comments criticizing the company’s decision to rebrand some of its silicon again, now into the Radeon 300 Series moniker. As a part of its 2015 line-up, some Radeon 300 Series parts are based on silicon
In the entertainment industry, general consensus around “4K” is that the file format is what 720p and 1080i were before Full HD appeared. For the industry, adoption of 8K video format will be the key towards ‘glassless 3D’ concept, as demonstrated by Toshiba, Sharp and Panasonic on CES. While last weeks’ Computex Taipei and next week’s E3 in Los Angeles will be dominated by 1080p (Full HD) and 4K (Ultra HD), we had the privilege of working with display manufacturers on next generation of displays. 8K is poised to become your reality, to be followed by 10K, 12K and even 16K. Your windows to digital
As we are approaching Computex and the majority of press and media analysts are in the plane en route Taipei, companies such as Intel, Nvidia and AMD are polishing their press releases for the first day of the show. One such product is GeForce GTX 980 Ti, a product refresh which does not have a lot to do with ‘refresh’. While the original GTX 980 was based of GM204 GPU, featuring 2048 CUDA cores attached to 4 or 8GB of GDDR5 memory. As you might have guessed, the chip was using 256-bit memory bus. When you combine GPU clock of 1.12 GHz and GDDR5 clock
China’s video card vendor is rising to take on the world.
The GTX 980 Ti launches sometime next week, but here’s a closeup look at the card now.
Nvidia’s most recent quarter was solid and non-eventful for the company, with all of its divisions posting solid revenue.
Nvidia is including two great games with GTX 900 bundle.