Topaz Video Enhance AI (Latest 2024) Free Download , Video AI ($299) is an enhanced iteration of Topaz Labs’ Video Enhance AI, released in late 2021. It enhances the resolution of low-quality videos, creates slow-motion sequences from any video source, stabilizes subjects, and overall enhances the level of detail, sharpness, and clarity in videos. According to Topaz, this latest iteration of Video AI has undergone a complete redesign and reengineering process, resulting in significant enhancements in terms of accessibility, speed, and performance. The complete user interface of Video AI has undergone a revamp, resulting in enhanced visual aesthetics and usability.
The colors, typography, and controls are all based on the design approach utilized in the related application, Photo AI. Video AI’s interface has been significantly enhanced to include the advanced functionality of previewing and exporting several videos concurrently. The current version of the software allows users to fully utilize it even during video encoding, in contrast to the initial version which restricted access until the exporting process was completed. The implementation of this new multithreaded architecture greatly enhances the usability of Video AI, particularly when it comes to batch processing several movies. Topaz significantly enhanced the user experience of Video AI.
Topaz Labs claims video encoding speed and performance have been improved for both macOS and Windows.
The arrangement and categorization are more distinct and comprehensible for anyone without expertise to comprehend. Presets now have a prominent role, offering a variety of useful preconfigured choices for common tasks, such as: To examine presets (including custom enhancements), simply click the purple examine icon located underneath the video. This program encodes a short segment of the source video and thereafter presents the improved and original movies in parallel for the purpose of comparison. When the user modifies the settings and clicks on the Preview button again, a fresh preview is appended to the queue of previews. Video AI enables the generation of several previews from a single video or multiple imported videos.
Every preview retains the enhancement settings employed to create it. This feature enables you to create a queue of multiple previews, select the preferred preview, and then click on the Export button to export the improved video. Just like the previous queue, it is also possible to queue numerous videos for export. The most important change in Video AI is the implementation of preview and export queues. This new feature enables the app to generate previews and exports concurrently. Additionally, users can import additional films and continue working on them while the app is processing tasks in the background. The updated iteration of Video AI streamlines the process of file naming and exporting by consistently exporting videos to the identical folder as the source file.
For optimum speed, the best practice is to run Video AI by itself with little-to-no other applications running.
This is the default setting, however it can be modified in the application’s settings. Video AI automatically assigns hashed numbers and abbreviated acronyms to exported video files to indicate the enhancing parameters applied. This enhances the readability and discoverability of exported files in comparison to the initial iteration of the application. Video AI now includes a novel functionality called stabilization. This filter aids in the stabilization of camera shake by either automatically cropping the image (“Auto-Crop”) or preserving the original field of view and intelligently filling in any gaps or empty spots (“Full Frame”). The latter refers to the video adaptation of “Content Aware Fill” in Photoshop.
The level of stabilization is entirely contingent upon the degree of shakiness exhibited by the source footage. During my tests, I found that handheld footage with slight oscillations and jolts was adequately stabilized utilizing both alternatives. Edges may exhibit slight instability and distortion, resembling the visual artifacts produced by stabilization effects in video editing software, such as the Warp Stabilizer in Premiere Pro. The primary advantage of this function is the integration of stabilization into the output footage, which allows for quicker timeline editing and processing during post-production. Frame Interpolation governs the insertion of extra frames into output footage. At this stage, you have the option to choose the desired speed for slow motion, such as None, 2x, 4x, etc. Additionally, you may specify the AI model to be utilized, which will be discussed further in this review.
Overall, Video AI is never going to be a lightning-fast video encoder, and shouldn’t be expected to perform as one. But the new version does function faster and better than the first version I reviewed.
The enhancement feature enhances image quality by utilizing four AI model options: Proteus (for fine-tuning and enhancing film), Artemis (for denoising and sharpening footage), Gaia (for upscaling footage), and Theia (for improving details and clarity). If you are unable to make a decision on which option is superior, create previews utilizing each option to see which one appears more visually appealing. Additionally, you have the opportunity to thoroughly explore the settings of each model in order to meticulously adjust the output according to your preferences.
Grain introduces a customizable level of film grain to enhance the blending and cohesion of digital pixels, resulting in a more authentic and cinematic appearance. It also reduces the sharpness of edges that may become too pronounced during the sharpening process. For this reason, I consistently incorporate a small amount of grain into my video exports. Upscaling enhances the quality of outdated, low-resolution footage by increasing its resolution. For instance, the process of increasing the resolution from 480 to 1080, 1080 to 4K, or 4K to 8K. Video AI employs pixel duplication, multiplication, or quadruplication to increase the pixel count, and subsequently utilizes supplementary data to provide enhanced resolution video by filling in the gaps.
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