AI denoise and grain removal
Tape grain, sensor noise, and compression artifacts are suppressed before upscaling so the result looks clean rather than just bigger and noisier.
Restore & upscale
Old tapes, DVD rips, and early phone clips lose detail to time, compression, and low resolution. UPSCALEVIDEO rebuilds that footage in your browser - sharpening, denoising, and upscaling to HD or 4K from MP4, MOV, M4V, or MKV up to 500MB. No account, no install, no watermark on your first enhance.
Upscale old videoAI Video Quality Repair
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How it works
Upload your clip, pick a target resolution, and let the AI denoise, deinterlace, and upscale. Everything runs in your browser with no install and no account needed to start.
Drag in an MP4, MOV, M4V, or MKV up to 500MB and 60 seconds. VHS transfers, DVD rips, and old phone footage all work. The file is processed locally in your browser session.
Pick HD (1080p) or 4K, and toggle denoise, sharpen, and deinterlace as needed. The settings are tuned for degraded old footage, so defaults handle most sources well.
Run the enhance and preview the result side by side with the source. Export a clean, high-bitrate MP4 with no watermark on your first enhance. Re-run with different settings any time.
What it fixes
Tape grain, sensor noise, and compression artifacts are suppressed before upscaling so the result looks clean rather than just bigger and noisier.
Old interlaced broadcast and camcorder footage is converted to progressive frames, removing the combing and tearing that shows up on modern displays.
The model reconstructs plausible edges and texture lost to low capture resolution, giving soft VHS and DVD transfers a clearer, more defined appearance.
Output at 1080p or 4K so old clips play cleanly on modern screens without the pixelation and blockiness of their original SD resolution.
Everything runs in the browser. No desktop app, no plugins, no sign-up required to start your first enhance. Open the page and upload.
Your first enhancement is free and ships without a watermark, so you can evaluate the result on real footage before deciding to do more.
Old-video sources
Different sources degrade in different ways. This table shows the typical problems and what the upscaling pipeline addresses for each one.
| Source | Typical problem | What upscaling does |
|---|---|---|
| VHS tape transfer | Soft, grainy, color bleed, tracking noise | Denoises, sharpens, reconstructs edges, upscales to HD/4K |
| DVD rip / MPEG-2 | Blocking in motion, low bitrate artifacts | Removes compression artifacts, sharpens, upscales cleanly |
| Old phone / camcorder | Low resolution, sensor noise, poor low light | Suppresses noise, reconstructs detail, upscales to modern size |
| Interlaced SD TV | Combing, tearing on progressive displays | Deinterlaces to clean progressive frames before upscaling |
| Early-web low-bitrate | Heavy blocking, washed color, tiny resolution | Cleans block artifacts, restores contrast, upscales for modern screens |
Use cases
FAQ
Yes. If your VHS tape has been transferred to a digital file - MP4, MOV, M4V, or MKV up to 500MB - you can upload it and run the AI pipeline. The tool denoises tape grain, reduces tracking noise, sharpens soft edges, and upscales to HD or 4K. It cannot recover detail that was never captured by the original tape, so very degraded VHS will look cleaner and larger but may still stay somewhat soft.
Yes. DVD rips stored as MPEG-2 are a common input. The pipeline targets the blocking and mosquito noise that MPEG-2 produces at low bitrates, especially in motion, then sharpens and upscales. The result is a cleaner high-bitrate MP4 at a modern resolution. Severely compressed scenes will improve, but artifacts baked deeply into the source can be reduced rather than fully removed.
In most cases, yes. The model reconstructs plausible edges and texture lost to the original low capture resolution, which visibly reduces blur. This works well for soft VHS transfers, low-resolution phone clips, and SD DVD rips. The improvement is a reconstruction, not a recovery of detail that was never recorded, so extremely soft or out-of-focus source footage will look clearer but cannot become truly sharp.
Yes, with realistic limits. The denoise stage suppresses tape grain, sensor noise, and compression artifacts before upscaling. You can adjust the strength in the settings. Aggressive denoise can make footage look flat or plastic, so the default balances cleanliness with retained texture. Very heavy grain may be reduced substantially but not eliminated without affecting fine detail.
Yes. Interlaced SD broadcast and camcorder footage - the kind that shows horizontal combing on modern screens - is deinterlaced to clean progressive frames as part of the pipeline. You can toggle deinterlace on or off depending on whether your source is actually interlaced. Progressive sources should leave it off to avoid unnecessary processing.
Yes, you can select 4K as the output resolution. The AI upscales and reconstructs detail to produce a 4K MP4 from VHS, DVD, or phone sources. Be aware that 4K is a significant upscale from SD material, so the result is reconstructed rather than natively captured. It will look larger, cleaner, and more defined, but it is not equivalent to footage originally shot in 4K.
Partially. Upscaling and denoise will reduce the grain and artifacts that get worse in dark scenes, and the pipeline can recover some contrast. However, if shadow detail was never captured or the color has badly faded, that information is not present in the source to recover. Expect a cleaner, more defined result rather than a full color or exposure correction.
Your first enhancement is free and ships without a watermark, so you can test the tool on real old footage with no account or login required to start. Files up to 500MB and 60 seconds are accepted in MP4, MOV, M4V, or MKV. If you need to process many clips, additional enhancements are available - everything runs in your browser with nothing to install.