Because software-based frame generation creates frames after the game has processed input, it inherently introduces a small amount of latency. Version 2.1.1 mitigates this, but users must adhere to the :
The main feature of v2.1.1 was LSFG, a machine learning model that generates intermediate frames for smoother motion. It enabled two key modes:
Summary
While version 2.1 introduced the highly-anticipated " LSFG 3.0" mode—a mode that put the tool on the map for its ability to generate frames comparable to Nvidia’s DLSS 3 on almost any hardware—the implementation had some growing pains. Version 2.1.1 arrives to smooth out those rough edges, ensuring that the pursuit of higher frame rates doesn't come at the cost of visual stability.
Lossless Scaling is a popular software tool designed to upscale and enhance images without compromising their quality. The latest version, v2.1.1, has been making waves in the tech community, and in this feature, we'll dive deep into its features, improvements, and applications. Lossless Scaling v2.1.1
Key features: What's new in v2.1.1? Enhanced AI model, support for higher resolutions, maybe faster processing. Also, maybe improved handling of different image types.
Future development could focus on:
A proprietary, modern spatial scaling algorithm optimized for 3D graphics.
Click the button in the top right corner of the app (a 5-second countdown will begin). Click back into your game window immediately. Alternatively, press the default hotkey: Ctrl + Alt + S . Performance and Visual Artifacts Version 2
If your GPU struggles to output native resolution, v2.1.1 offers several state-of-the-art upscalers to use alongside or independently of frame generation:
Turn on LSFG 2.1 . Select X2 or X3 based on your baseline performance. Key features: What's new in v2
