NVIDIA VRWorks™ Graphics
VRWorks™ is a comprehensive suite of APIs, libraries, and engines that enable application and headset developers to create amazing virtual reality experiences. VRWorks enables a new level of presence by bringing physically realistic visuals, sound, touch interactions, and simulated environments to virtual reality.
VRWorks Graphics SDK provides a set of versatile tools to enable ease of integration for application developers to deliver the best VR performance and image quality, with the most configurability and lowest latency. VRWorks Graphics SDK continues to be widely adopted by leading ISV developers in both the enterprise, creative, and gaming markets.
Best VR performance
Increase application rendering performance
Ease of integration
Easy developer integration and extensive support for multiple graphics APIs
Best performance and image quality balance on new innovative platforms
Variable Rate Shading (VRS) is a new, easy to implement rendering technique enabled by Turing GPUs. It increases rendering performance and quality by applying a varying amount of processing power to different areas of the image. With VRS, single-pixel shading operations can now be applied to a block of pixels, allowing applications to effectively vary the shading rate in different areas of the screen. VRS can be used to render more efficiently in VR by rendering to a buffer that closely approximates the lens corrected image that is output to the headset display. VRS can also be coupled with eye-tracking to maximize quality in the foveated region.
Multi-View Rendering (MVR) is a feature in Turing GPUs that expands upon Single Pass Stereo, increasing the number of projection views for a single rendering pass from two to four. All four of the views available in a single pass are now position-independent and can shift along any axis in the projective space. By rendering four projection centers, Multi-View Rendering can power canted HMDs (non-coplanar displays) enabling extremely wide fields of view and novel display configurations.
VRWorks Graphics SDK provides custom tools for head-mounted display (HMD) manufacturers to optimize performance and latency to deliver the best image quality with high-resolution displays.
Recognizes HMD as an appliance to enable direct control
More performant, immersive and responsive VR
Collection of APIs for fast breathtaking VR
Support the highest resolution HMD displays
Exposes the latest NVIDIA hardware technologies to deliver the best image quality
With Direct Mode, the NVIDIA driver treats VR headsets as special displays accessible only to VR applications, rather than a normal Windows monitor that your desktop shows up on. This enables better plug and play support and compatibility for the VR headset. Direct Mode leverages Front Buffer Rendering which enables NVIDIA GPUs to render directly to the front buffer to reduce latency, and Context Priority which supports fine-grained control over GPU scheduling. Context Priority enables advanced virtual reality features such as late latch and asynchronous time warp, which cut latency and quickly adjust images as HMD users move their heads, without the need to re-render a new frame.
The latest release of the NVIDIA VRWorks Display Stream Compression (DSC) SDK is now available. HMD vendors have access to DSC through the VRWorks DirectMode API available in VRWorks Graphics SDK v3.4. As HMD resolutions rapidly increase, the bandwidth requirements increase as well. While display protocols such as DisplayPort (DP) have been improving, they are at risk of being outpaced by the bandwidth required by upcoming HMDs. Fortunately, the NVIDIA VRWorks DSC SDK can provide the needed bandwidth reduction, supports compression ratios up to 3:1, and uses a compression protocol that is visually lossless.
The VRWorks SDK for headset developers is available via online application. Once submitted your application will be reviewed and access granted pending evaluation.Apply Now
Other useful SDKs
Optical Flow SDK exposes the latest hardware capability of NVIDIA GPUs dedicated to computing the relative motion of pixels between images. This functionality can be leveraged by HMD developers to enhance features like asynchronous space warp with more accurate frame extrapolation, and mixed reality applications to provide a sense of depth and occlusion.
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