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- Capturing reality cuda opengl drivers#
- Capturing reality cuda opengl driver#
- Capturing reality cuda opengl full#
- Capturing reality cuda opengl pro#
Capturing reality cuda opengl pro#
Professionals will finally be able to fully unleash their creativity using the “Vega” architecture found in the heart of the Radeon Pro SSG GPU for the immersive and instinctive computing era. Radeon Loom revolutionizes the 360-degree video stitching process by addressing its formidable challenges through massively parallel GPU processing to enable both real-time live stitching and fast offline stitching of 360 videos. VR creators can harness the power of Radeon Pro SSG with next-generation VR camera technology to create cinema-grade 360-degree video with Radeon Loom technology. These data sets can grow exponentially as additional geometry, and use of large quantities of high resolution texture maps are accounted for. Raytracing renders a 3D image with photorealistic results by fully simulating the interaction of light as it encounters a virtual object this technique creates large data sets that must be transformed as the viewer’s perspective changes.
Capturing reality cuda opengl drivers#
Close collaborations with top software makers, and continuous improvements to performance and quality of AMD drivers have paid off by pairing reliability with the raw power offered by the Radeon Pro SSG professional graphics card.
Capturing reality cuda opengl driver#
They depend on compute speed and driver performance more than ever for shorter load and rendering times. In the media and entertainment market, tasks like animation, post-production, and virtual reality (VR), require high-end graphics to support these workloads. The Radeon Pro SSG will benefit from workstation certifications and optimizations for many of today’s popular design applications. The Radeon Pro SSG professional graphics card provides the necessary performance required to drive these increasingly large and complex models through the design phase as well as rendering phase of product development. Advanced technologies, including real-time visualization, physically-based rendering and virtual reality (VR), give design and manufacturing firms a powerful arsenal of visualization tools that can be used at all stages of product development.
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By being able to handle these large data streams, the Radeon Pro SSG card can empower the user to play back, manipulate, stitch and post-process 8K content similar to how current solutions handle 4K content today.ĭesign Visualization and GPU Rendering Workloadsĭesign visualization is playing an increasingly important role in helping manufacturers streamline design-to-manufacture workflows. In addition, smooth scrubbing through uncompressed 8K content now becomes possible as the user has almost instant access to any position in the video stream. With the Radeon Pro SSG, video playback performance can not only meet, but exceed, real-time performance requirements because of the card’s ability to process and present this same data at speeds that far exceed typical solid state mass storage. As a result, video playback or editing is often jerky and slow, leading to longer editing times and user frustration.
Capturing reality cuda opengl full#
High-end cameras have the capability of capturing reality in 8K frames, but current playback solutions are often unable to display these frames at full frame rate (>30 FPS) to ensure a smooth or real-time experience. The Ultimate GPU for 8K Content Creation and 360 Video Stitching 8K Video PlaybackĨK video content is currently the most advanced standard for video playback.