Open Source Video Upscalers
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Video Upscalers
View 39 business solutionsBrowse free open source Video Upscalers and projects below. Use the toggles on the left to filter open source Video Upscalers by OS, license, language, programming language, and project status.
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Video2X
A lossless video/GIF/image upscaler achieved with waifu2x, Anime4K
A lossless video/GIF/image upscale achieved with waifu2x, Anime4K, SRMD and RealSR. Started in Hack the Valley 2, 2018. The latest Windows update is built based on version 4.8.1. GUI is not available for 5.0.0 yet, but is already under development. Go to the GUI page to see the basic usage of the GUI. Try the mirror if you can't download releases directly from GitHub. You can use Video2X on Google Colab for free if you don't have a powerful GPU of your own. You can borrow a powerful GPU (Tesla K80, T4, P4, or P100) on Google's server for free for a maximum of 12 hours per session. Please use the free resource fairly and do not create sessions back-to-back and run upscaling 24/7. This might result in you getting banned. You can get Colab Pro/Pro+ if you'd like to use better GPUs and get longer runtimes. Usage instructions are embedded in the Colab Notebook. -
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MAGPIE
A real-time upscaling software that can upscale any application
A real-time upscaling software that can upscale any application or game window. Forked from Blinue/Magpie, with the intention of maintaining Visual Novel specific presets. Run Magpie and keep it open in the background / minimize to tray. Open the desired game / visual novel in windowed mode. Use Alt + F11 hotkeys to upscale your game window using magpie. Modify the ScaleModels.json if you want your very own custom stack of presets to use with Magpie. You'll need to start Magpie as admin if you want to upscale a game that's also running with admin privileges. Uses the CAS filter from FSR. Higher overall contrast and sharpness. I used this one instead of the standard CAS cause IMO it makes the details stand out a lot more. ACNet works very well for anime type art, looks very clean with think lines at the cost of some detail loss. -
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QualityScaler
Image/video AI upscaler app (BSRGAN)
Qualityscaler is a Windows app that uses BSRGAN Artificial Intelligence to enhance, enlarge and reduce noise in photographs and videos. QualityScaler is completely written in Python, from the backend to the front end. Image/list of images upscale. Video upscale. Drag&drop files [image / multiple images/video] Automatic image tiling and merging to avoid gpu VRAM limitation. Resize image/video before upscaling. Multiple Gpu support. Compatible images - png, jpeg, bmp, webp, tif. Compatible video - mp4, wemb, gif, mkv, flv, avi, mov, qt. -
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Real-ESRGAN GUI
Cross-platform GUI for image upscaler Real-ESRGAN
The graphic interface of Real-ESRGAN, a practical and beautiful image magnification tool, refers to the design of waifu2x-caffe. This program is a graphical interface of Real-ESRGAN's command line program Real-ESRGAN-ncnn-vulkan , written in Python and tkinter, and supports Windows, Ubuntu and macOS platforms. According to actual measurements, arm64the single-architecture performance is better than universal2the dual- architecture Mac on the Apple chip, so Apple chip users are advised to pack arm64single-architecture applications by themselves. Real-ESRGAN can only enlarge the input image with a fixed 2-4x magnification (related to the selected model). This functionality is achieved by downsampling using a conventional scaling algorithm after multiple calls to Real-ESRGAN. Split each frame of the GIF and record the duration, zoom in one by one and then merge. Drag an image file or directory to any position in the window, and its path can be automatically set as the input. -
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cnc-ddraw
GDI, OpenGL and Direct3D 9 re-implementation of the DirectDraw API
GDI, OpenGL and Direct3D 9 re-implementation of the DirectDraw API for classic games for better compatibility with Windows 2000, XP, Vista, 7, 8, 10, 11, Wine (Linux/macOS) and Virtual Machines. cnc-ddraw can fix compatibility issues in older games, such as black screen, bad performance, crashes or defective Alt+Tab. Supports Windows 2000, XP, Vista, 7, 8, 10, 11, Wine (Linux/macOS) and Virtual Machines. GDI / OpenGL / Direct3D 9 renderer (With automatic renderer selection) Upscaling via glsl shaders. Windowed Mode / Fullscreen Exclusive Mode / Borderless Mode. Alt+Enter support to switch quickly between Fullscreen and Windowed mode. Automatically saves and restores window position/size/state. FPS Limiter, VSync, optional mouse sensitivity scaling. If you use cnc-ddraw with a game that got its own windowed mode built in then make sure you disable the games own windowed mode first. -
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SuperImage
Sharpen your low-resolution pictures with the power of AI upscaling
Sharpen your low-resolution pictures with the power of AI upscaling. SuperImage is a neural network-based image upscaling build with the MNN deep learning framework and the Real-ESRGAN algorithm. By leveraging the power of your device's GPU, SuperImage is able to upscale and restore the details of your images without uploading them to the internet, keeping your data secure. SuperImage is a neural network-based image upscaling application for Android built with the MNN deep learning framework and Real-ESRGAN. The input image is processed in tiles on the device GPU, using a pre-trained Real-ESRGAN model. The tiles are then merged into the final high-resolution image. This application requires Vulkan or OpenCL support and Android 7 or above. -
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Real-ESRGAN Video Enhance
Real-ESRGAN video upscaler with resumability
REVE (Real-ESRGAN Video Enhance) is a small, fast application written in Rust that is used for upscaling animated video content. It utilizes Real-ESRGAN-can-Vulkan, FFmpeg and MediaInfo under the hood. REVE employs a segment-based approach to video upscaling, allowing it to simultaneously upscale and encode videos. This results in a notable enhancement in performance and enables the feature of reusability. You can download Windows executable file for Intel/AMD/Nvidia GPU. This executable file is portable and includes all the binaries and models required. No CUDA or PyTorch environment is needed. -
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Waifu2x-Extension-GUI
Video, Image and GIF upscale/enlarge(Super-Resolution)
Photo/Video/GIF enlargement and Video frame interpolation using machine learning. Waifu2x-Extension-GUI is a video, image and GIF upscale/enlarge(Super-Resolution) and Video frame interpolation. Achieved with Waifu2x, Real-ESRGAN, Real-CUGAN, RTX Video Super Resolution VSR, SRMD, RealSR, Anime4K, RIFE, IFRNet, CAIN, DAIN, and ACNet. The beta build has a faster update cycle than the stable build, which allows you to experience the latest features of the software in advance. Beta builds are more unstable than the stable builds because the beta builds have not been fully tested before release. Multimedia support: Supports processing Image & GIF&APNG & Video at the same time. Full image style support: Multiple built-in algorithms, 2D anime, or your daily photos & videos, this software can handle all of them. Video frame interpolation: Automatically use AI to interpolate frames after enlarge the video. -
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Anime4KCPP
A high performance anime upscaler
Anime4KCPP provides an optimized bloc97's Anime4K algorithm version 0.9, and it also provides its own CNN algorithm ACNet, it provides a variety of way to use, including preprocessing and real-time playback, it aims to be a high-performance tool to process both image and video. This project is for learning and the exploration task of the algorithm course in SWJTU. Anime4K is a simple high-quality anime upscale algorithm. Version 0.9 does not use any machine learning approaches and can be very fast in real-time processing or pretreatment. ACNet is a CNN-based anime upscale algorithm. It aims to provide both high-quality and high-performance. HDN mode can better denoise, HDN level is from 1 to 3, higher for better denoising but may cause blur and lack of detail. Cross-platform, building have already tested in Windows, Linux, and macOS. -
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DLSS2FSR
CyberFSR/PotatoFSR (FSR 2.1.2) for Games
Replacing DLSS 2.x with FSR 2.1.2 for various games such as Cyberpunk 2077, Red Dead Redemption 2, etc. It includes a DLL wrapper/injector (winmm.dll) to disable Nvidia GeForce RTX GPU checking, so AMD Radeon / Nvidia GTX users can enjoy the mod. Download the latest relase from Release Page. Extract the contents of the archive next to the game EXE file in your games folder. Make sure the game is running in DX12 mode. Download the latest relase from Release Page. Extract the contents of the archive next to the game EXE file in your games folder. -
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Anime Player
Video player for improving quality of hand-drawn images
A video player that enhances the quality of a hand-drawn image using Anime4K's high-performance scaling algorithm. This program is a video player written in the Python programming language using the PySimpleGUI graphical user interface library, an mpv media player, and the Anime4K scaling algorithm . Anime Player is designed to play video and audio files and includes functions such as opening files, URLs and folders, setting image scaling parameters using the Anime4K algorithm, creating an mpv config for watching videos using the Anime4K algorithm on Android, viewing help and information about tuning the algorithm. The player also has support for frame interpolation using SVP. You need to install SVP and VapourSynth to work. -
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RENDER96-HD-TEXTURE-PACK
Texture pack for Super Mario 64
A collaboration texture pack for Super Mario 64 with the people over at the OldSchool HD, now known as Render 96, that is made of a compillation of the best results ESRGAN upscaling could make as the base for this project, as well of some of the original textures Nintendo used, and a heavier focus in original textures made by project contributors which will eventually be an overwhelming majority of what this project is made of. The end goal for this project is to use the original sources for every texture in the game when possible, and use that to hopefully achieve 100% accuracy by recreating the textures with the same process and resources Nintendo had at their disposal back in 1996, as well of incorporating elements from the promotional art into the game with ESRGAN upscales as placeholders for the original textures. The team and I will make to fill in the blanks where no texture sources could be found. -
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enhancr
Video Frame Interpolation & Super Resolution using NVIDIA's TensorRT
enhancr is an elegant and easy to use GUI for Video Frame Interpolation and Video Upscaling which takes advantage of artificial intelligence - built using node.js and Electron. It was created to enhance the user experience for anyone interested in enhancing video footage using artificial intelligence. The GUI was designed to provide a stunning experience powered by state-of-the-art technologies without feeling clunky and outdated like other alternatives. It features blazing-fast TensorRT inference by NVIDIA, which can speed up AI processes significantly. Pre-packaged, without the need to install Docker or WSL (Windows Subsystem for Linux) - and NCNN inference by Tencent which is lightweight and runs on NVIDIA, AMD and even Apple Silicon - in contrast to the mammoth of an inference PyTorch is, which only runs on NVIDIA GPUs. -
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AI Upscaler for Blender
AI Upscaler for Blender using Real-ESRGAN
Blender add-on to dramatically reduce render times using the Real-ESRGAN upscaler. Rendering an HD image in Blender takes 37 minutes. Upscaling can render a similar quality image in 5 mins total. Any PC or laptop can now do 3D rendering. 4k images can be rendered in the time it would take to render HD 1080p images. HD 1080p images can be rendered in record time on low-end hardware. Installation is easy. Just install the addon. No special hardware or GPU is required. Upscaling is done entirely on the CPU. Blender renders a low-resolution image. The Real-ESRGAN Upscaler upscales the low-resolution image to a higher-resolution image. Real-ESRGAN is a deep learning upscaler that uses neural networks to achieve excellent results by adding in detail when it upscales. -
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AviSynth AiUpscale v1.2.0
AviSynth+ implementation of Super-Resolution Convolutional Neural
An AviSynth+ implementation of some Super-Resolution Convolutional Neural Networks. Independent luma/chroma upscaling and chroma resampling. Two modes for Video/Photography and Line Art. KrigBilateral option for chroma upscaling/resampling. mpv user shaders of all models for real-time upscaling. Copy AiUpscale.avsi and the Shaders folder to the AviSynth+ plugins folder. The low resolution images were generated using the bicubic filter with Catmull-Rom settings, which is the method commonly used for training super-resolution networks, including those tested here. Note however that as an exception to this, the Anime4K models were trained using the average area downsampling method. The AiUpscale models used for all datasets were the "Photo" models, except for the Manga109 dataset for which the "LineArt" models were used. In the same way, the Waifu2x cunet model was used for the Manga109 dataset, and the upconv_7 model for the rest. -
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Warlock-Studio
Suite for Windows v4.2.1. with Real-ESRGAN, BSRGAN , GFPGAN & RIFE.
Warlock-Studio is a powerful, open-source desktop upscaler application for Windows that integrates state-of-the-art AI models for video and image enhancement-upscale. This suite provides a unified, high-performance interface for upscaling, restoration, and frame interpolation, making advanced enhancement workflows accessible and efficient. -
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ACNetGLSL
Anime4KCPP Net re-implemented in GLSL for real-time anime upscaling
ACNet is a CNN algorithm, implemented by Anime4KCPP, it aims to provide both high-quality and high performance. This GLSL implementation can be used in MPV player, it is cross-platform. Windows users can also use Anime4KCPP DirectShow Filter for MPC-HC/BE or potplayer. Download the glsl file and MPV player. Copy glsl to the root directory of MPV. Create a file named mpv.conf in the root directory of MPV, and add the following statement (Assume the glsl file name is ACNet.glsl). When playing the video, press Shift + i and then 2 to check if it is enabled. -
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AI Models
A repository of trained models
All models (at least currently) are supported by chaiNNer, an upscaling GUI that allows for both very simple and very complex tasks to be completed in a nice manner where you "chain" nodes together. Highly recommended for images. If you're looking to upscale videos using the models then use enhancr simply due to the fact that it supports TensorRT, which will allow you to upscale videos at incredible speeds! The GUI is one of the best looking applications out there and is personally my go to option. While yes builds are paid, it is well worth your money and beats any other GUI out there currently. -
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Easy Upscale
A simple image upscaler application using EDSR, ESPCN, FSRCNN, etc.
This application was made to fulfill the assignment for the Data Structures course. The concept of the application is an application to upgrade/enhance image quality. The main theme is queues, we implement circular queues for pooling/storing a list of images to be upscaled. Gui creation is made manually using the tkinter library. For the upscale process itself, it uses the OpenCV library with a model obtained from open source. Checked using vermin. Minimum required versions: 3.6 Incompatible versions: 2. -
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TD-Anime4K
Implementation of Anime4K in TouchDesigner
Anime4K is an upscaler specifically for anime style. This repository is an implementation of Anime4K in TouchDesigner that can be used to upscale low-resolution textures to higher textures. Reduced texture loss, aliasing and banding. -
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VSGAN
VapourSynth Single Image Super-Resolution Generative Adversarial
Single Image Super-Resolution Generative Adversarial Network (GAN) which uses the VapourSynth processing framework to handle input and output image data. Transform, Filter, or Enhance your input video, or the VSGAN result with VapourSynth, a Script-based NLE. You can chain models or re-run the model twice-over (or more). Have low VRAM? Don’t worry! The Network will be applied in quadrants of the image to reduce up-front VRAM usage. You can use any RGB video input, including float32 (e.g., RGBS) inputs. Using VapourSynth you can pass a Video directly to VSGAN, without any frame extraction needed. Any edit you make in the VapourSynth script with or without VSGAN can be re-used for any other video. VSGAN is released under the MIT License, ensuring it will stay free, with the ability to be used commercially. -
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Anime4K-rs
An attempt to write Anime4K in Rust
An attempt to write Anime4K in Rust. Anime4K is a state-of-the-art*, open-source, high-quality real-time anime upscaling algorithm that can be implemented in any programming language. -
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Anime4kSharp
Anime4K implemented in C#
Anime4KSharp is a .Net Core library that implements bloc97's Anime4K Algorithm version 0.9 and 1.0 RC2. The Algorithm is executed on the CPU, but utilizing all available CPU Cores. This yields to a conversion time of "only" 4432 ms when upscaling from 1080p to 2160p. This time could possibly be reduced with further optimization. Images are processed in four phases that are executed on a pixel- per- pixel basis. Each phase takes a input image and renders it to a output image. This makes it easy to port the algorithm (back) to GLSL fragment shaders. As bloc97 described in his pseudo-preprint, the Anime4K algorithm is actually quite simple. -
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FFmpegUpscalerHelper
A simple program with a UI for exporting video to png and encoding png
A simple program with a UI for exporting video to png and encoding png images to video using FFmpeg, for the purpose of upscaling. A simple program with a UI for exporting video to png and encoding png images to video using FFmpeg, for the purpose of upscaling. This program does not upscale your video, it's a tool to be used to save time for your upscaling process. Instead of opening CMD yourself and navigating to your ffmpeg location and then enter the command, this program does all that for you. Saves a lot of time when working with multiple videos. It does however require some knowledge of FFmpeg commands for you to be able to customize your encoding command for your needs. Encoding presets can be fully modified and comes with some decent default settings for x264 encodes. I plan to add more features in the future, this was just something I rushed together quickly in 2 days and has been extremely useful for me ever since. -
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G2SConverter
Convert models from GoldSource engine to Source engine with AI
Convert models from GoldSource engine to the Source engine with AI. This utility converts GoldSource engine models to Source engine models. A feature of this utility is the ability to improve the quality of textures of models using Upscaling, deblurring, and normal map generating. All operations to improve the quality of textures are performed by neural networks. To improve the quality of the texture, it is first Upscaled using RealESRGAN. The user can select scaling factor: x2, x4 or x8. After the Upscaling procedure, the texture is deblured using the Scale-recurrent Network for Deep Image Deblurring. An example of a processed texture is shown in the following image (parameters used: scaling-factor = 4 and deblur iterations = 4) besides upscaling and debluring the utility also generates normal maps for each texture. This is implemented using the DeepBump by HugoTiny model. Examples of normal maps are shown in the following images.
Guide to Open Source Video Upscalers
Open source video upscalers are programs that can increase the resolution of video files by taking video with lower resolution and converting it to a higher resolution. These types of programs can be extremely useful when dealing with bulky or low quality videos from older devices, or for enhancing the visuals in existing videos. By increasing the image’s pixel count, open source upscalers can make videos look smoother, sharper and more detailed.
This technology works by utilizing algorithms to analyze images and identify patterns within them. The program will then use this information to fill-in missing data in pixels that were previously not present in order to create a higher res version of the original content. Usually, these sorts of upscalers are utilized on computer graphics such as cartoons or game footage as they tend to have more intricate details than live action footage which makes them easier targets for an open source video upscaler to improve upon.
One advantage to using open source scalers is that they often require little-to-no user input which makes them relatively simple tools for users wishing to enhance their media file quality without going through too much trouble. Additionally, due to their open-source nature, anyone who wishes may contribute new code towards making the scaler better which often leads to additional improvements over time that result in ever improving outputs after each upgrade cycle.
The most popular open source software for upscaleing videos is FFmpeg but there are other alternatives available depending on your specific needs such as HandBrake and Vapoursynth among several others.. It's important that you research these options thoroughly before deciding which one best suits your particular project so as not wind up wasting any of your valuable time unnecessarily.
Open Source Video Upscalers Features
- Quality Improvement: Open source video upscalers provide improvements in the quality of video output. They can convert standard definition video to HD, 4K or even 8K resolution. These upscalers also improve color and contrast, eliminate noise, sharpen edges and reduce artifacts.
- Customizable Settings: All open source video upscalers come with customizable settings that allow users to fine tune their output according to their own preferences. These settings include options for sharpness, smoothing and motion compensation.
- Automatic Upscaling: Many open source video upscalers feature automatic upscaling which means videos are automatically resized and improved with little effort from the user. This is a great feature for those who want to quickly get higher quality videos without compromising on image quality or file size.
- Multi-format Support: Open source video upscalers support multiple input formats such as AVI, MPEG4, WMV and MOV as well as output formats such as MP4 and AVCHD for HD content delivery across different devices like smartphones, tablets or TVs.
- Batch Processing Ability: Open source video upscalers often have the ability to process multiple files at once so users can save time by scaling multiple videos in one go instead of individually processing each one separately.
What Types of Open Source Video Upscalers Are There?
- Video Super Resolution (VSR) – This type of upscaler is designed to improve the quality of existing video by increasing the frame rate and resolution by a factor of two or more times. VSR typically uses algorithms that analyze the structure and characteristics of individual frames within a clip in order to create new, higher-quality images from them.
- Deinterlacing – This upscaling method looks at the alternating “fields” of interlaced video and combines them into one image. By doing this, deinterlacing reduces artifacts like jagged edges and flickering while increasing overall image sharpness.
- Interpolation-based Upscaling – This approach uses algorithms to fill in missing pixels between existing pixels, resulting in a larger but more accurate picture. It’s commonly used for converting standard definition video into high definition as well as increasing the resolution of photographs taken with digital cameras.
- Nearest Neighbour Upscaling – Also known as integer scaling, this technique works by enlarging each existing pixel by an exact multiplication factor instead of estimating what surrounding pixels should look like based on interpolation. Like interpolation-based upscaling, it can be used for converting standard definition footage into high definition or for improving photos taken with digital cameras. However, it tends to produce blocky results when dealing with complex images since each pixel is enlarged without considering any context about its surroundings.
Benefits of Open Source Video Upscalers
- Flexibility: Open source video upscalers provide users with the flexibility to customize and adjust their algorithms as needed. This allows for creative uses and experimentation, so users can best maximize the results of their efforts.
- Cost-effectiveness: As these upscalers are open source and often free to use, they provide a cost-effective solution when compared to more expensive professional software options.
- Quality Improvement: Although most open source video upscalers don’t offer HD quality yet, they do still offer improved image sharpening and resolution capabilities compared to non-upscaled video content. In addition, many open source tools provide options for adjusting contrast and saturation levels, reducing noise or grainy effects, and other features that enhance the overall quality of the video output.
- Community Support: Open source projects thrive due to community involvement. As such, there is an abundance of user forums and resources available where people can share tips or ask questions about particular techniques related to using open source scalers or working with certain types of media files. This valuable resource can save time by helping novice users get started quickly, as well as providing veteran users a platform for collaboration through which ideas can be exchanged freely - enhancing overall experience.
Types of Users That Use Open Source Video Upscalers
- Amateur Filmmakers: Individuals who create short films or music videos as a hobby and want to make sure their content looks high-quality.
- Professional Filmmakers: Professional filmmakers who use open source video upscalers to maximize the quality of their work for theatrical releases or for streaming on platforms such as Netflix, Amazon Prime, and Hulu.
- Video Editing Professionals: Individuals who specialize in video production and post-production, using upscalers to improve the look of footage before it goes out the door.
- Architects & Designers: These professionals rely on precise visuals, so they use upscalers to make sure that what they’re creating is sharp and clear.
- Gaming Enthusiasts: Gamers who are looking to get the most out of their experience by upgrading the resolution of their gaming systems.
- Commercials & TV Creatives: Working in television requires stunning visuals; professionals in this field often utilize open source video upscalers to meet the demands of clients.
- Photographers & Videographers: These creative types are always looking for ways to upgrade their images; open source video upscalers can help them reach higher levels with ease.
How Much Do Open Source Video Upscalers Cost?
Open source video upscalers are generally free to use, making them an incredibly cost-effective way of improving the quality of your videos. Although these upscalers may require some technical knowledge, they can be a great solution for those on a budget who are looking to improve their video output. Depending on the platform you choose, there may be additional fees associated with using open source software, such as hosting costs or additional plugins and extensions. For example, ffmpeg is a popular open-source video scaler used by many professionals and hobbyists; however, it requires users to pay for services like codecs and libraries that enable the software to deliver specific features or enhanced performance. Additionally, those with limited technical acumen might want to invest in professional support from developers familiar with open source solutions. While this would involve additional cost upfront, it could save time and effort in the long run while providing reliable results.
What Do Open Source Video Upscalers Integrate With?
There are several types of software that can integrate with open source video upscalers. Digital video editors like Adobe Premiere Pro, Apple Final Cut Pro and DaVinci Resolve allow users to import upscaled videos from these open source tools directly into the editor. Additionally, web-based streaming platforms such as YouTube, Vimeo, Twitch and Facebook Live also have the ability to receive both live and prerecorded content from open source video upscalers. Finally, transcoding applications such as Handbrake or FFmpeg can be used to optimize the output from open source video upscalers for other devices or platforms.
Open Source Video Upscalers Trends
- Increased Support: Open source video upscalers have seen a significant increase in support from both hobbyists and professionals. Companies are now investing in the open source platform, providing more resources to developers and improving the overall scalability of the software.
- Increased Accessibility: Open source video upscalers are becoming increasingly accessible to a wider range of users. With more platforms offering free downloads, users can easily upscale their videos with minimal effort.
- Improved Performance: As the technology behind open source video upscalers continues to develop, users are seeing improved performance compared to traditional scaling options. This is due to improvements in algorithms that enable smoother transitions and better quality results.
- More Features: Open source video upscalers are also adding new features that weren’t available before, such as audio support and color correction. These features allow users to customize their videos and make them look even better.
- Cost Efficiency: Despite the improved performance and features, open source video upscalers remain cost-efficient compared to commercial options. This makes them an attractive option for budget-conscious users looking for a good quality scaling experience.
Getting Started With Open Source Video Upscalers
Getting started with using open source video upscalers is relatively easy, and can be done in just a few simple steps.
First, users need to find an upscaler that best meets their needs. There are many options available, so it’s important to do some research and decide which one would work best for the project at hand. Once a choice has been made, users will need to download the software onto their computer or device. Depending on the platform being used, additional software may also be necessary for installation (for example, Windows users may need Microsoft Visual C++).
Once the upscaler is installed and ready to go, users must locate the files they wish to upscale. This can include videos saved on your computer or external hard drive - even content from sites such as YouTube or Vimeo. After selecting files they want allow processing time. How long this takes depends on both how powerful user's computer is and how large of file sizes they are working with. After enough time passes for processing users should be able to enjoy improved-looking videos due to better resolution.
Finally users might want edit their newly upscaled content before saving it in its final format; most editors have various tools for adjusting contrast levels and applying filters that can add advanced production value without detracting from video resolution quality gains achieved by scaling . With those last tweaks applied you should have an improved video ready for sharing online or wherever else you intend use it.
