Topaz Upscale

Name: Topaz Upscale
Author: Topaz Labs

Topaz Video AI
TVAI

byTopaz Labs

Transform AI-generated clips and digital video into pristine high-resolution footage with temporal multi-frame consistency

Upscale footage to 4K

How Topaz Upscale works

A streamlined cloud workflow that turns compressed or AI-generated video into high-resolution cinematic footage in three straightforward steps.

Low-resolution source video ready for Topaz Upscale.

Input source footage

Provide a direct link to your progressive MP4 or MOV video file encoded at a constant frame rate.

Close-up of the real Topaz Upscale node showing the connected video thumbnail and Scale Factor set to 4.

Select upscale factor

Choose between 1x and 4x scaling, using 2x for standard enhancement or 4x for high-resolution masters.

Topaz Upscale node with compact connected input, scale control, and enhanced output.

Export pristine video

Receive temporally stabilized, artifact-free video with reconstructed micro-textures and sharp edge definition.

What Topaz Upscale is good at

Temporal neural models built to restore lost high-frequency detail, eliminate compression artifacts, and lock frame-to-frame motion into rock-solid consistency.

Temporal Multi-Frame Analysis

Evaluates motion vectors across consecutive frames simultaneously, distinguishing genuine micro-textures from digital compression noise to eliminate shimmering and texture flicker.

Micro-Texture Reconstruction

Synthesizes lost high-frequency details such as hair strands, skin pores, and woven fabric patterns, producing natural organic textures instead of generic smoothing.

Edge Sharpening and Stabilization

Locks high-contrast contours and geometric lines into place across dynamic camera moves, preventing jitter and pixel haloing along sharp architectural or product silhouettes.

Scalable 1x to 4x Resolution

Supports flexible scaling multipliers up to 400%, boosting standard 1080p AI generations into ultra-high-definition 4K deliverables with studio-grade clarity.

Made with Topaz Upscale

A gallery of high-motion sequences, luxury product passes, and architectural sweeps demonstrating flicker-free temporal upscaling.

4K music-video upscaling with stabilized droplet physics and motion tracking

Clean texture reconstruction across luxury leather goods and metal hardware

Archival footage restoration eliminating flickering noise and edge artifacts

Architectural line stability with zero high-frequency shimmering across repetitive grids

What people build with Topaz Upscale

From generative AI filmmakers to commercial post-production studios, discover how creators rely on multi-frame enhancement to master production-grade video.

Generative AI Filmmaking

Upscale native 720p or 1080p synthetic video generations to crisp 4K master outputs, stabilizing flickering textures, noisy foliage, and shimmering hair across sequential frames.

Commercial and Advertising Production

Enhance commercial video assets and high-speed product footage for broadcast, ensuring brand marks, product edges, and fluid simulations remain tack-sharp.

Fashion Editorial and Lookbooks

Elevate digital lookbooks and runway footage by enhancing intricate textile weaves, delicate embroidery, and dynamic fabric physics without artificial face smoothing.

Motion Design and 3D Visual Effects

Deliver ultra-sharp 3D animation passes and VFX renders with enhanced geometric boundaries and rock-solid specular reflections.

Archival Film and Video Restoration

Breathe new life into digitized progressive film reels and vintage video archives, cleaning up transmission noise while retaining authentic organic film detail.

Topaz Upscale specs

Plans and credits

Inputs: Video
Output: video
Cost: 14–6,613 credits per run

Frequently Asked Questions

Yes. This node executes Topaz Video AI enhancement pipelines in the cloud, utilizing temporal neural networks to analyze consecutive frames, reconstruct micro-details, and upscale footage up to 4x without requiring local GPU infrastructure.

A 2x scale factor (200% upscale) provides the ideal balance between processing speed, cost, and visual clarity. Reserve 4x scaling (400% upscale) for exceptionally clean source inputs (such as 1080p AI renders or progressive master transfers) to avoid amplifying digital noise or introducing waxy skin textures.

Use high-bitrate progressive MP4 or MOV files encoded at a Constant Frame Rate (CFR) of 24 or 30 frames per second. Variable Frame Rate (VFR) files can disrupt temporal vector tracking and cause frame bleeding or audio desynchronization.

Avoid running the model on heavily compressed web rips, source video below 360p, or footage with severe blocky compression artifacts. The AI temporal tracker can misinterpret macroblocking noise as intentional structure, generating an oil-painted look or ghosting trails on fast-moving subjects.

Pricing is billed per second of processed video output, with dynamic cost tiers that scale based on target resolution (up to 720p, up to 1080p, and above 1080p). Trimming your footage to the exact necessary duration before processing ensures maximum cost efficiency.