Yes. A compatible NVIDIA GeForce RTX GPU can use RTX Video Super Resolution (VSR) to upscale supported video playback and reduce compression artifacts—not just improve game graphics. NVIDIA documents browser playback, supported video-player apps, and creator workflows. It is a separate feature from DLSS, and support depends on the GPU, driver, and application.
What RTX Video Super Resolution does
Video compression can discard detail and leave blocky artifacts, especially when a stream has limited bitrate. NVIDIA says VSR applies de-artifacting and AI upscaling to video, with the aim of making lower-resolution content look clearer. Its RTX overview describes upscaling video to as high as 4K; that is a stated capability, not a promise that every clip will look sharper or more natural.
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VSR is intended for video playback and video workflows. It is not simply DLSS applied to any video: DLSS is integrated into a game and can use game-specific information, motion vectors, and data from earlier frames. VSR works on a video stream or file instead. NVIDIA documents browser playback and support in some video applications, including VLC. Check NVIDIA’s current RTX Video Super Resolution overview and support information for current compatibility details.
Where you can use it
Browser video
VSR can enhance supported video playback in compatible browsers. It works as playback enhancement rather than changing the original stream or permanently improving the video file. The exact browser, driver, and GPU support can change, so check NVIDIA’s support page for your setup.
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Supported video-player apps
NVIDIA also describes VSR support in popular video apps such as VLC. This does not mean every player or every file is supported. Confirm compatibility for the specific app and GPU before relying on the feature.
Creator workflows
NVIDIA has documented an RTX Video Super Resolution node for ComfyUI and a free Python package for developers who want to use the technology in local workflows. Its ComfyUI and developer announcement says the package can upscale to 4K up to 30 times faster than other popular local upscalers while using a fraction of the VRAM. That is NVIDIA’s comparative claim, not an independent benchmark, and the result depends on the comparison and workflow.
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NVIDIA’s ComfyUI video-generation guide demonstrates using RTX Video to upscale generated video. Its Windows 11, 64 GB RAM, and 16 GB VRAM guidance, including a recommendation for an RTX 5070 Ti or higher, applies to the guide’s broader generation workflow. It should not be read as a universal minimum for VSR playback.
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How VSR differs from DLSS and Image Scaling
| Feature | Primary use | What it works with | Key distinction |
|---|---|---|---|
| RTX Video Super Resolution | Video playback and creator-video workflows | Supported video streams, files, and applications | AI upscaling and de-artifacting for video; verify app and GPU support. |
| DLSS | Game rendering | Games that integrate DLSS | Can use game data, motion vectors, and information from earlier frames. |
| NVIDIA Image Scaling | Game upscaling and developer integration | Games and developer applications | A spatial upscaler and sharpening SDK; NVIDIA describes it as using the current frame and a non-AI algorithm. |
NVIDIA’s DLSS overview explains its game-integrated approach. For Image Scaling, NVIDIA’s developer page and SDK announcement describe its spatial method; its FAQ states, “Spatial upscalers use only the current frame and a non-AI algorithm.” Image Scaling is not an equivalent substitute for VSR’s video enhancement.
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VSR is not the same as HDR conversion
RTX Video HDR is a separate feature that maps standard-dynamic-range content into HDR. VSR addresses resolution upscaling and compression artifacts; HDR conversion changes how brightness and color are represented for an HDR display. One feature does not imply the other is enabled or supported. NVIDIA discusses both in its RTX video feature overview.
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Check your setup before switching it on
- Identify your graphics card and driver version, then compare them with NVIDIA’s current RTX Video support requirements.
- Confirm that the browser or video application you use is listed as supported. Support can vary by application and change over time.
- Check the application or NVIDIA settings for the VSR control and enable it only if your configuration exposes it. NVIDIA’s feature overview provides its current setup guidance.
- Test a low-resolution or visibly compressed clip against the same playback with VSR off. Look for whether edges and compression artifacts improve without introducing distracting processing; results depend on the source.
When it is worth using
- Try it when you watch supported lower-resolution or heavily compressed video and your existing RTX setup meets NVIDIA’s requirements.
- Do not expect a poor source to become equivalent to a clean high-resolution original. VSR can enhance playback, but it cannot restore detail that was never captured with certainty.
- Do not buy a GPU just for the feature without checking the exact model, driver, application, and your actual viewing needs. Compatibility and results are configuration-dependent.
- For a television streaming setup, NVIDIA describes SHIELD TV as a separate device that uses on-device AI to upscale lower-resolution streaming content. It is related in purpose, but it is not the same desktop-GPU VSR workflow.
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