All-in-one gaming utility for scaling and frame generation

Lossless Scaling for PC Gameplay

Gamers often comes with a question about a game that how to play any game.

So below is a video tutorial about Lossless Scaling which will help you to understand that how to play this game and how the game will look like? when you will play this game in your PC.

Lossless Scaling for PC Introduction

Frame generation options:

• LSFG

Scaling options:

• LS1
• AMD FidelityFX Super Resolution
• NVIDIA Image Scaling
• Integer Scaling
• Nearest Neighbor
• xBR
• Anime4K
• Sharp Bilinear
• Bicubic CAS

The latest feature allows you to use Lossless Scaling to generate additional frames in games that do not have such support, including emulators.

Lossless Scaling is also useful for upscaling modern games if you cannot run them at native screen resolution (GPU limited) and want to get rid of blur due to bilinear scaling of the GPU driver, as well as for upscaling older and pixel-art games which do not support modern screen resolutions or full screen mode.

For modern games it is best to use LS1 or AMD FSR. For scaling pixel-art games, use Integer Scaling or xBR. Anime4K is best suited for cartoons or anime.

Requirements:

Scaling makes sense when you are limited by GPU power. For the best experience, limit the game to a stable frame rate so that Lossless Scaling has resources to work with.

• The game must be running in windowed mode
• Windows 10 1903 or newer

Lossless Scaling for PC System Requirements

Every game required some system configuration to work properly.

In case of Lossless Scaling, it also required some system configuration to work properly and this game can work properly only in those PCs which fulfil the system requirements given below:

Minimum:

• Requires a 64-bit processor and operating system
• OS: Windows 10 1903 x64
• Graphics: Intel HD Graphics
• DirectX: Version 11

Recommended:

• Requires a 64-bit processor and operating system
• OS: Windows 11 x64
• Graphics: GeForce GTX 1060 / Radeon RX 580
• DirectX: Version 11