Nvidia is introducing a new AI feature for its RTX GPUs called RTX Video HDR that upgrades standard video into high dynamic range color space for customers that have an HDR10-compatible monitor running on Windows with HDR enabled. Announced at CES, the technology is now available for download through Nvidia’s January Studio Driver update. “PC game modders now have a powerful new set of tools to use with the release of the Nvidia RTX Remix open beta,” which combines “full ray tracing, Nvidia DLSS and Nvidia Reflex” with “generative AI texture tools so modders can remaster games more efficiently,” according to the company. Continue reading Nvidia GeForce GPUs Using AI to Boost SDR Content to HDR

Nvidia is mapping out a customer service future populated with real-time avatars who use natural-language AI with real-world customers. The company, which has seemingly transformed from graphics powerhouse to AI authority (in just under 28 years since being founded by Jensen Huang, company CEO) used this week’s GTC conference to emphasize full-stack computing. The speed and flexibility of the company’s three GPU chips offer general purpose enterprise potential, thanks to Nvidia’s parallel-processing platform, CUDA. Huang backed this assertion with a slide indicating Nvidia has deployed more than 150 SDKs to industries generating $1 trillion. Continue reading Nvidia Goes Full-Stack, Touts Artificial Intelligence and Cloud

Cerebras Systems introduced its Wafer Scale Engine 2 (WSE-2) processor, which touts a record-breaking 2.6 trillion transistors and 850,000 AI-optimized cores, what the company describes as “the largest chip ever built.” Established by SeaMicro founder Andrew Feldman, Cerebras makes a massive chip out of a single wafer, unlike the typical process of slicing it into hundreds of separate chips. This is the company’s second chip that is built out of an entire wafer, wherein the pieces of the chip, dubbed cores, interconnect to enable the transistors to work together as one. Continue reading Cerebras Introduces AI Processor with 2.6 Trillion Transistors

If Nvidia acquires Arm Ltd. in the next few weeks, which many experts predict will happen, the company may be in the position to dominate the next computing ecosystem. Jefferies semiconductor analyst Mark Lipacis notes that, the computer industry goes through a “strategic inflection point” every 15 years, with research showing that dominant players in each era account for 80 percent of the profits. Different ecosystems are the result of “multi-pronged” strategy by those companies that come out on top. Continue reading Nvidia Purchase of Arm Signals Inflection Point in Computing

Nvidia unveiled new Turing architecture during a keynote at SIGGRAPH 2018 as well as three new Quadro RTx workstation graphics cards aimed at professionals. Nvidia dubs the Turing architecture as its “greatest leap since the invention of the CUDA GPU in 2006.” The RTx chips are the first to use the company’s ray tracing rendering method, which results in more realistic imagery. Also at SIGGRAPH, Porsche showed off car designs accomplished with Epic Games’ Unreal engine and Nvidia’s RTx chips. Continue reading Nvidia Quadro RTx Chips Offer AI and Real-Time Ray Tracing

CES 2018 is out the gates, and, as expected, artificial intelligence is still very much present in products, conversations and conference panels. Still in its quest to become synonymous with AI, Nvidia did not disappoint at its press event Sunday and its “Autonomous Machines” keynote Tuesday morning. From doubling down on autonomous vehicles to AI-composed music (in partnership with Disney), to a technically impressive foray into intelligent video analytics to power smart cities, the CES darling is still — by far — the biggest AI enthusiast at the show. Continue reading Artificial Intelligence Front But Not Center at CES Trade Show

At Nvidia’s GPU Technology Conference, the company’s chief executive Jen-Hsun Haung introduced Project Holodeck, which aims to provide an experimental multi-user virtual environment with real-time photorealistic graphics and real-world physics. The new technology, which uses Epic’s Unreal Engine 4 and Nvidia’s GameWorks, VRWorks and DesignWorks, is targeted at design engineers and their collaborators. Nvidia’s Project Holodeck demo involved Koenigsegg Automotive, a Swedish company that makes exotic sports cars. Continue reading Nvidia’s Project Holodeck: Photoreal Graphics in Shared VR

After first debuting the Maxwell-based GTX 980 graphics chip in a notebook last year, Nvidia has now upped its game, with notebooks and laptops powered by its GTX 1000 series chips, more specifically the GTX 1060, GTX 1070 and GTX 1080. These new GPU chips, which Nvidia declares “VR-ready,” use the company’s more efficient Pascal architecture to provide nearly identical operation to their desktop chips; only the GTX 1060 provides a slightly slower base clock speed in a notebook. Continue reading Nvidia’s New GTX Series Super-Powers Laptops, Enables VR

Linux production environments can now leverage Nvidia’s recently introduced GRID technology to power VMware’s Horizon 6 for Linux and provide visual effects and animation artists anywhere, on any device, with virtual Linux workstations running their familiar high-end applications. Nvidia’s VP of Enterprise Marketing Greg Estes showed a virtual workstation running simulations in Maya on the SIGGRAPH floor in Los Angeles with the application, processors and Nvidia’s GRID and CUDA technologies installed in a data center hundreds of miles away in Northern California. Continue reading Linux to Go: Nvidia GRID Delivers Virtualization, Performance