The "Hot" in this update refers to the new optimized kernel. TOFC is actually 10-15% faster than the previous LSFG 2.x implementations. This means you can scale to x3 mode with less input latency overhead, making "120fps from 40fps" smoother and more responsive than ever.
UI elements and HUDs sometimes "swim" or jitter when frame generation is active. v3002 introduces UI Anchoring , where the algorithm detects static overlay elements and locks them in place, preventing them from warping during frame interpolation.
: Tested end-to-end latency has dropped by roughly 24% , translating to snappier, more responsive mouse and keyboard inputs.
To get the most out of the latest v3.0.2 build, follow these best practices: Lock Your Base FPS lossless scaling v3002 hot
Use a third-party tool like RTSS (RivaTuner Statistics Server) to lock the game's base FPS to half or a third of the monitor's refresh rate.
It is generally recommended to turn off in-game V-Sync when using LSFG to avoid additional input lag. Best lossless scaling settings for low end pc !
Compared to the previous version, Lossless Scaling v3.00.2 Hot offers several notable improvements: The "Hot" in this update refers to the new optimized kernel
Lossless Scaling is a software technology that enables users to upscale or downscale images without compromising their quality. Unlike traditional scaling methods, which often result in pixelation, blurring, or other forms of degradation, Lossless Scaling employs advanced algorithms to preserve the original image data, ensuring that the scaled image remains crisp, clear, and artifact-free.
When users search for "lossless scaling hot," it typically refers to two distinct concepts: its status as a , and its direct impact on GPU/CPU operating temperatures .
: If using x3 frame generation, ensure your monitor's refresh rate is exactly three times your locked base FPS (e.g., 48 FPS locked for a 144Hz screen). Performance Mode UI elements and HUDs sometimes "swim" or jitter
The "Hot" update is characterized by a major focus on reducing overhead, improving image quality, and cutting down on input latency. 1. Drastically Lower GPU Load
Unlike Nvidia’s DLSS 3, which is locked to RTX 40-series cards, Lossless Scaling works on almost any modern GPU. Users with older RTX 2000 or 3000 series cards, or AMD cards that struggle with FSR 3 implementation in specific titles, can now double their framerates.
Compare on different handhelds like the Steam Deck vs. ROG Ally . Share public link