Free AI Video Upscaler, as its name implies, is a simple and user-friendly AI-based tool designed for upscaling videos directly in your browser, employing AI upscaling algorithms like Anime4K.
For those who are not familiar with this term, video upscaling is a process of enlarging lower resolution video content to fit higher-definition screens. All that you are required to do is upload the original video, choose the upscaling size and then download the upscaled video to your computer in mp4 format.
How it Works:
1. Click on this link to navigate to Free AI Video Upscaler. You are not required to sign up or register for a free account to use this tool.
2. Click on the button ‘Choose a video file’ and upload the original video from your system in mp4 or m4v format.
3. Next, choose the Upscaling Network by clicking on any of the buttons such as Small, Medium, or Large.
4. Finally, click on ‘Start Upscaling’ and wait for some time while the application processes and upscales the video to the desired size. This process may take several minutes depending on the duration of the video and the size that you have chosen.
5. Once the upscaling process is completed, simply click on the ‘Download’ button to save the output (upscaled) video to your system.
Closing Comments:
Free AI Video Upscaler is a good and no-nonsense tool that you can use to upscale your videos using AI algorithms such as Anime4K. It directly works in your browser without any signups and you can download the upscaled video in mp4 format after the processing is done.
Go ahead and try out this tool and do write to us about what you feel. Click here to head towards Free AI Video Upscaler. To access the source code of this application on GitHub, click here.
If you’re looking for free online tools to enhance the resolution of your images, you can click here to discover three AI-based image upscalers based on Stable Diffusion. Image upscaling is best carried out by AI based applications, where the algorithm compares two frames, interpolates the gap by generating new pixels through machine learning, ultimately creating a high-resolution image.
