Resolution upscaling
Increase output resolution to 720p, 1080p, or 4K while using AI to reconstruct cleaner edges and visible texture.
The AI video enhancer upscales resolution, recovers visible detail, reduces noise, and creates a cleaner version of your footage for modern displays, publishing, editing, or archival use.
Enhancement improves recoverable detail but cannot recreate information that never existed. Results depend on compression, noise, focus, motion, and source resolution.
These official before-and-after pairs show how an AI video enhancer handles portraits, fast motion, noisy footage, sharpening, detail recovery, and resolution upscaling.
The AI video enhancer processes existing frames while preserving the source edit and motion, so you can improve delivery quality without regenerating or changing the scene.
The AI video enhancer opens directly in the Upscale tab. Its complete Topaz Precision model set covers general footage, faces, deinterlacing, compression, halos, CG, fine detail, and fidelity control.
Use the AI video enhancer to prepare older, smaller, noisy, interlaced, or compressed clips for editing and delivery with one focused enhancement workflow.
Increase output resolution to 720p, 1080p, or 4K while using AI to reconstruct cleaner edges and visible texture.
Improve perceived clarity in faces, clothing, objects, and environmental texture without recreating the entire shot.
Reduce distracting sensor noise, grain clumps, and compression artifacts while retaining useful structure and motion.
Upload practical editing and publishing clips rather than being limited to the short durations used by generative video models.
The AI video enhancer works best when you start with the highest-quality source available, select the right restoration model and delivery size, then compare the result at full scale.
Use the cleanest original file you have. Avoid re-downloading from a social platform when a camera export or editing master is available.
Select the target that matches your delivery needs. Upscaling beyond what the source supports may look artificial at high magnification.
Inspect faces, fine texture, moving edges, noise, and text. Keep the enhanced version only when it preserves the character of the source.
Use an AI video enhancer whenever the original footage matters but its resolution, noise, compression, interlacing, or visible detail no longer meets the destination.
Recover clearer facial features and hair detail in low-resolution interviews, family clips, and close-ups.
Improve moving edges and perceived detail in training, performance, combat, and fast-camera footage.
Reduce blockiness and ringing in files that have passed through messaging apps, websites, or older codecs.
Control distracting noise and improve readability in dim scenes while watching for over-smoothed texture.
Prepare older edits and lower-resolution masters for current timelines, screens, and presentation formats.
Create a larger output for modern platforms when the source is usable but below the required delivery resolution.
These AI video enhancer comparisons come from Topaz’s official materials. Captions preserve the named approach instead of presenting every case as the same Precision model output.
Select an AI video enhancer plan for occasional restoration, regular content cleanup, or larger high-resolution and 4K delivery workloads.
For first-time AI creators
$19.9
$179 billed yearly
Save $60 compared to monthly
12,000 credits granted for the full year
Estimated monthly output
What you get
For everyday AI creation
$49.9
$419 billed yearly
Save $180 compared to monthly
30,000 credits granted for the full year
Estimated monthly output
What you get
For ambitious AI projects
$99.9
$719 billed yearly
Save $480 compared to monthly
60,000 credits granted for the full year
Estimated monthly output
What you get
It analyzes existing frames to improve resolution, visible detail, edges, noise, and compression artifacts while keeping the original scene and edit.
Precision is the integrated upscaling model available in this workflow, with adaptive input handling and output options up to 4K.
It can create a 4K-sized output and reconstruct plausible detail, but it cannot recover every detail missing from a severely blurred or tiny source.
Strong restoration can alter fine facial detail. Review faces at full size and prefer a conservative result when identity accuracy is important.
AI enhancement can reduce visible noise and compression artifacts. Extremely noisy footage may still retain texture or become overly smooth if processed aggressively.
Use the highest-quality original available, ideally before social-media compression or repeated exports. Better input gives the enhancer more real information to preserve.
The workflow is designed to preserve the source sequence and motion while processing image quality rather than generating a new scene.
Yes. Upscaling and cleanup can improve viewing quality, though damaged frames, heavy blur, and missing information may require additional restoration work.
No. They are official Topaz comparisons covering Precision and other named approaches such as Rhea and Nyx. Each example is labeled accordingly.
No. Sharpening mainly increases edge contrast, while AI enhancement may combine scaling, denoising, artifact reduction, and learned detail reconstruction.
Compare at the intended display size and inspect faces, text, fine patterns, moving edges, and flat areas. The best result looks cleaner without appearing synthetic.
Open the AI video enhancer, upload the best source you have, choose the restoration model and target resolution, then create a cleaner version for delivery.
Enhance a video