What Is NVIDIA RTX Video Super Resolution (RTX VSR)?
NVIDIA RTX Video Super Resolution (RTX VSR) is a real-time video enhancement feature that uses Tensor Cores on compatible GeForce RTX GPUs to upscale supported 360p–1440p video and reduce compression artifacts. It improves playback rather than exporting an enhanced file. Whether it is worth keeping on comes down to four checks: confirm a supported playback path, watch the active/inactive indicator, compare the same video with VSR on and off, and check that playback and other GPU workloads remain smooth. Upscaling enlarges lower-resolution video; compression-artifact cleanup can also work at the video's native size, without enlargement. In supported browsers such as Google Chrome and Microsoft Edge, activation depends on the video and playback path.
Key Aspects of NVIDIA RTX Video Super Resolution
- Functionality: RTX VSR analyzes compressed streaming video (such as 720p or 1080p content) and intelligently reconstructs lost detail while removing blocky artifacts, ringing, blur, and color banding.
- AI Enhancement Process: The technology uses a deep learning network accelerated by RTX Tensor Cores. Upscaling and artifact reduction happen simultaneously in a single real-time pass, ensuring smooth playback.
- System Requirements: Requires a compatible GeForce RTX GPU, including supported RTX 20, 30, 40, and 50 series models, and current compatible NVIDIA drivers.
- Compatibility: Works with supported videos in current compatible browsers, including Google Chrome and Microsoft Edge.
- User Controls: Configurable through the NVIDIA App or NVIDIA Control Panel, with Auto GPU utilization or manual quality controls where available.
- Best Use Case: Compressed 720p or 1080p video enlarged on a 1440p or 4K display can benefit from upscaling and artifact reduction. Fullscreen is optional; supported windowed video can work at its native size or larger. Some DRM-protected videos and YouTube Shorts are excluded.
- Benefits: It provides a crisper, clearer, and more detailed picture on 1440p or 4K monitors when watching lower-resolution videos.
- Known Issues/Considerations: Higher settings increase GPU power consumption, potentially leading to increased heat. Some users may notice an "uncanny valley" effect, particularly on faces in, for example, talking-head videos.
RTX VSR vs NVIDIA DLSS Super Resolution (What’s the Difference?)
Many users search “nvidia super resolution” intending either video upscaling (VSR) or gaming upscaling (DLSS).
Note: This is distinct from NVIDIA DLSS (Deep Learning Super Sampling), which is used for real-time game rendering, or Dynamic Super Resolution (DSR), which renders games at higher resolutions and downscales them.
Here's the clean distinction:
| Item | RTX Video Super Resolution (VSR) | DLSS Super Resolution |
|---|---|---|
| Use Case | Supported streaming and local-video enhancement | Game rendering upscaling |
| Works On | Supported browser videos and RTX-enabled players | Supported PC games |
| Trigger Location | NVIDIA App or NVIDIA Control Panel | In-game settings |
| Goal | Video upscaling and compression-artifact reduction | Higher FPS + sharper game visuals |
| Hardware | Compatible GeForce RTX GPUs, including RTX 20–50 series | RTX Tensor Cores + game integration |
For video playback, choose RTX VSR; for game-rendering upscaling, use DLSS in a supported game. VSR does not boost game FPS.
How Does RTX VSR Work?
RTX Video Super Resolution uses a deep learning model trained on thousands of video frames.
When a supported video plays:
- Each frame is analyzed by AI.
- Missing pixel data is predicted.
- Compression artifacts (blocking, ringing, banding) are reduced.
- Sharpened output is displayed in real time.
Best results are visible when:
- Watching 720p or 1080p video on a 1440p or 4K monitor
- Watching supported compressed video in a compatible browser or RTX-enabled player
- Viewing animated or slow-motion content
RTX VSR supports 360p–1440p inputs. Since VSR 1.5, compression-artifact reduction can also operate at a supported video's native resolution without enlarging it; upscaling applies when that video is displayed larger. Native-size cleanup does not extend the supported input range to 4K.
Compatible GPUs & System Requirements
Before enabling NVIDIA Super Resolution video, make sure your system meets these requirements:
GPU Support
To use Nvidia RTX Super Resolution, your system must have a compatible NVIDIA graphics card from the RTX 20, 30, 40, or 50 series. Install a current Game Ready or Studio driver compatible with your GPU. Refer to the table below for a breakdown of the supported GPU series.
| Graphics Card Series | Support Status | Additional Notes |
|---|---|---|
| NVIDIA GeForce RTX 20 Series | Supported | Requires a compatible current NVIDIA driver |
| NVIDIA GeForce RTX 30 Series | Fully supported | Recommended to update to the latest Game Ready drivers |
| NVIDIA GeForce RTX 40 Series | Fully supported | Requires a compatible current NVIDIA driver |
| NVIDIA GeForce RTX 50 Series | Fully supported | Requires a compatible current NVIDIA driver |
Driver Version
- A current Game Ready or Studio driver compatible with your RTX GPU
Operating System
- Windows 10 (64-bit)
- Windows 11
Browser Support
- Current supported versions of Google Chrome and Microsoft Edge with hardware acceleration enabled
- Enable hardware acceleration for NVIDIA Super Resolution in Firefox using a supported browser version.
- The RTX-enabled VLC build referenced by NVIDIA for local playback
Upscaling and artifact cleanup: RTX VSR 1.5 added compression-artifact reduction at a video’s native resolution. Upscaling enlarges lower-resolution video, while artifact cleanup can also operate without enlargement; activation follows the supported playback path.
Enable NVIDIA VSR (Quick Setup)
Use this as a setup summary: install a current NVIDIA driver compatible with your RTX GPU, then enable RTX Video Enhancement → Super Resolution in NVIDIA Control Panel under Video → Adjust video image settings, or in NVIDIA App under System → Video → RTX Video Enhancement. Choose Auto or a manual quality level where available, apply the setting, and restart the browser. The detailed steps below explain how to confirm activation and diagnose an inactive status.
Using NVIDIA Super Resolution
Use RTX VSR on a supported playback path, then compare the same video with the feature on and off before deciding whether to keep it enabled.
Step 1: Update Your NVIDIA Drivers
Install a current NVIDIA driver compatible with your RTX GPU before configuring RTX Video Super Resolution.
- Go to the NVIDIA Driver Download page.
- Enter your GPU model and series.
- Download and install the current Game Ready or Studio Driver compatible with your GPU and Windows version.
- Restart your computer once installation completes.
Step 2: Open the NVIDIA Control Panel or the New NVIDIA App
Open NVIDIA Control Panel → Video → Adjust video image settings, or open NVIDIA App → System → Video → RTX Video Enhancement.
Step 3: Enable RTX Video Enhancement (Super Resolution)
Enable Super Resolution under RTX Video Enhancement. Start with Auto to balance enhancement with available GPU headroom, or select a manual quality level from 1 to 4 where available. Higher settings can use more GPU resources.
Step 4: Play and Check NVIDIA RTX Super Resolution
In a current supported version of Chrome or Edge, enable “Use hardware acceleration when available” and play a supported 360p–1440p video at its native size or larger. Check the NVIDIA App active/inactive indicator while it plays. Fullscreen is useful for comparison but is not required for activation.
For local playback, use the RTX-enabled VLC build referenced by NVIDIA and ensure GPU acceleration is active. If the indicator stays inactive, follow the browser checks below rather than assuming the display resolution or monitor position is the cause.
NVIDIA Super Resolution On or Off?
Turn RTX VSR on when it visibly improves supported video without disrupting other GPU workloads. It can clean up compression artifacts at native resolution as well as upscale lower-resolution video.
RTX VSR uses GPU resources during playback, so watching video while gaming or using a creative app can reduce the headroom available to that application. It does not increase game FPS, and its effect on performance is workload-dependent.
I recommend starting with Auto, confirming that VSR is active, and comparing the same video with it on and off. Keep it enabled if the picture improves and playback stays smooth; lower the quality or disable it if the video or a concurrent game stutters.
Turn It ON If:
- Watching 720p/1080p on a 1440p or 4K monitor
- Watching supported videos in a compatible browser or RTX-enabled player
- Video playback and any concurrent GPU workloads remain smooth
- You want sharper details and fewer compression artifacts
Turn It OFF If:
- Video playback reduces performance in a game running at the same time
- GPU temperature is high
- You notice stuttering
- Video is already native 4K
Recommended setting:
I recommend Auto for everyday viewing. If playback or a game stutters, lower the quality setting or disable VSR. For supported inputs, matching the display’s resolution does not rule out compression-artifact cleanup.
Chrome VSR Activation and Browser Checks
To check whether RTX VSR is processing video in Chrome, watch the NVIDIA App’s active/inactive indicator while the video plays. An enabled toggle alone does not mean the current playback path is active.
- Choose a supported standard YouTube video, not a Short. Some DRM-protected videos are excluded.
- Set a fixed source quality within the supported range and keep the playback window at the video’s native size or larger. Keep both settings unchanged when comparing VSR on and off.
- Enable Chrome’s hardware acceleration. On a laptop or multi-GPU system, open Windows Settings → System → Display → Graphics, select the browser, and choose the High performance option associated with the RTX GPU.
- Restart the browser, resume playback, and inspect the VSR active/inactive indicator in NVIDIA App → System → Video.
- If VSR stays inactive, compare the same video in another supported browser. For a local file, compare playback in an RTX-enabled player. In Edge, disable its separate Enhance videos feature before checking NVIDIA VSR again.
RTX Video HDR is a separate effect that requires a compatible HDR display and Windows HDR to be enabled. Visible HDR changes do not indicate whether VSR is active; use the VSR status indicator for that check.
Common Problems of NVIDIA RTX Super Resolution
RTX VSR uses GPU resources during playback; its load changes with the GPU, video, quality setting, and concurrent workloads. That said, several technical issues remain that can affect activation or output quality.
Common Problems and Fixes for NVIDIA RTX Super Resolution
Some frequent problems encountered with Nvidia AI video upscaling are:
Use the checks below to troubleshoot activation and playback quality.
| Problem | Possible Cause | Workaround |
|---|---|---|
| VSR doesn’t activate | Unsupported content or playback path | Try supported video; inspect the NVIDIA App’s active/inactive indicator |
| VSR works in Chrome but not Edge | Edge enhancement conflict or hardware acceleration disabled | Disable Edge’s Enhance videos; enable hardware acceleration; restart Edge |
| VSR toggle missing in Control Panel | Unsupported GPU or outdated driver | Confirm compatible RTX hardware; update the driver and NVIDIA App |
| Stuttering or lag | High GPU usage or background processes | Lower VSR quality and close GPU-heavy apps |
| Inconsistent color or contrast | Video HDR settings or display configuration | Compare VSR with Video HDR off; inspect Windows HDR settings |
| No change in video quality | Browser routed to integrated graphics | Windows Settings → System → Display → Graphics: select RTX/High performance |
If a game and video stutter together, compare playback with VSR off and pause other GPU-heavy tasks. For local playback, use the RTX-enabled VLC build referenced by NVIDIA rather than relying on a generic VLC version number.
Compression-artifact cleanup can operate at a supported video’s native resolution without enlargement. Video HDR is a separate effect that requires an HDR-capable display and Windows HDR enabled.
*Pro Tips:
- Restart your browser after changing settings.
- Keep both the NVIDIA App and browser versions up to date.
- Lower VSR quality if video playback or a concurrent GPU workload stutters.
Performance and Efficiency Insights
NVIDIA’s January 2025 RTX VSR update uses a more efficient model that can consume up to 30% fewer GPU resources at the highest quality setting. This is a GPU-resource claim, not a universal 30% reduction in watts.
Version-Specific VSR Compatibility Cases
In January 2026, a user on NVIDIA Developer Forums reported that VSR failed to engage in browsers on an RTX 4070 SUPER running Windows 10 with driver 591.74. This report describes that specific configuration, not a general outage.
If you encounter similar behavior, compare the NVIDIA App’s active/inactive indicator and the browser’s Windows GPU routing across supported playback paths. Try the same supported video in another compatible browser, or compare local playback in an RTX-enabled player.
UniFab RTX RapidHDR AI for Local HDR10 Files
UniFab RTX RapidHDR AI converts local SDR (standard dynamic range) video to HDR10 files. For real-time viewing, use NVIDIA’s playback workflow; NVIDIA Video HDR already provides real-time HDR conversion. Choose RTX RapidHDR AI when you need local HDR10 file export instead. The application supports Windows and macOS; RTX acceleration requires compatible NVIDIA hardware.
Import a local video, select HDR10 output, choose compatible MP4 or MKV output settings, and export the file. RTX RapidHDR AI also supports batch processing. Its module-specific scale is 1x, with a maximum 4K output ceiling rather than spatial upscaling.
30-day Free Trial for full feature, without watermark!
Download UniFab from the official website. After that, navigate to All Features and click on the RTX RapidHDR AI module. Then, drag and drop your files— whether MKV, MP4, AVI, or others— directly into the interface.
Pick your desired enhanced output resolution (up to 4K).
Click Start, and UniFab will automatically initiate AI processing with a single click. Once completed, it will save the finished file without hassle.
Process only local content you have the right to use, for lawful personal purposes and in compliance with applicable law and platform terms. You are responsible for securing the necessary content permissions; do not redistribute content without authorization.
Conclusion
Keep RTX VSR enabled only when the active indicator confirms a supported playback path, the on/off comparison shows a worthwhile improvement, and playback remains smooth. Start with Auto, then lower the quality or turn VSR off if concurrent GPU workloads stutter. RTX RapidHDR AI serves a separate need: exporting local SDR video as HDR10 files.
NVIDIA Super Resolution FAQs
Does RTX Super Resolution affect performance?
Yes. RTX uses the Tensor cores on the RTX GPU. Video playback shares GPU resources with games and creative apps, so enabling VSR can reduce game FPS or affect other GPU-intensive workloads. There is no fixed FPS penalty. Pausing playback stops VSR frame processing.
Is NVIDIA RTX Super Resolution free to use?
Yes. RTX VSR is included with NVIDIA drivers for compatible RTX hardware, with no separate VSR subscription or one-time fee. It requires compatible hardware, current drivers, and a supported browser or RTX-enabled player. GPU purchases and separate local-file applications are distinct costs.
Should I set GPU Utilization to Auto or High?
Use Auto for everyday viewing: it balances enhancement quality against GPU load when video playback shares the GPU with games or creative apps. Choose High when enhancement quality is the priority and concurrent workloads remain smooth; it can use more GPU resources. If you see stuttering, high temperatures, or reduced gaming performance, drop back to Auto or a lower quality level.
Can AI improve streaming quality on desktop computers?
On a supported desktop playback path, RTX VSR can reduce compression artifacts at a video’s native size and upscale supported lower-resolution video. Use a current compatible browser with hardware acceleration enabled, then compare the same video with VSR on and off before deciding whether the improvement is worth the GPU load.
What does the RTX VSR status indicator mean?
The NVIDIA App active/inactive indicator shows whether VSR is active on the current playback path. An enabled toggle alone does not confirm activation. If it stays inactive, check supported content, browser hardware acceleration, Windows GPU routing, and the same video in another supported browser.
Can I enable NVIDIA RTX VSR on Linux?
The setup requirements in this guide list Windows 10 (64-bit) and Windows 11. The NVIDIA App and NVIDIA Control Panel paths above are Windows paths, not Linux configuration steps.