Lossless Scaling

The "minimum" requirements listed on the store page (Windows 10 v2004, DirectX 11, modern integrated graphics) are only for the basic upscaling features. For frame generation, you'll need:

• At least a mid-range GPU equivalent to GTX 1060 or RX 580 or better
• Sufficient GPU memory (4GB+ VRAM recommended)
• Windows 10 version 2004 or newer

Frame generation is more demanding than upscaling alone because it needs to analyze frames and generate new ones in real-time. For optimal performance, a modern dedicated GPU is recommended, especially for higher resolutions like 1440p or 4K.

To set up frame generation properly, follow these steps:

1. Set your game to windowed or borderless windowed mode (not fullscreen)
2. Limit your frame rate to a stable value:
   • For 2X mode: Limit to half your monitor's refresh rate (e.g., 60 FPS on a 120Hz display)
   • For 3X mode: Limit to one-third your monitor's refresh rate (e.g., 40 FPS on a 120Hz display)
3. Disable other overlays (GeForce Experience, AMD overlay, etc.)
4. Press ALT+CTRL+S to activate Lossless Scaling, then enable frame generation

For frame limiting, Special K or the game's built-in limiter typically works best. RTSS (Riva Tuner Statistics Server) can also be effective.

Frame generation technology adds input lag because it introduces additional processing time between controller/mouse inputs and screen updates:

• LSFG tends to have higher input lag than native DLSS or FSR frame generation
• Tests show LSFG can add approximately 40-50ms of input lag compared to native rendering
• For comparison, DLSS 3 frame generation typically adds about 15-20ms of input lag

You can reduce input lag by using NVIDIA Reflex (if you have an NVIDIA GPU) or AMD Anti-Lag (for AMD GPUs). Frame generation is best used for single-player games, RPGs, or other non-competitive titles where split-second reactions are less critical.

The best scaling option depends on your game type:

• For modern 3D games: LS1 or AMD FSR provide the best quality upscaling with good performance
• For pixel art or retro games: Integer Scaling or xBR preserve the pixel-perfect look
• For anime or cartoon-styled games: Anime4K is specifically designed for this aesthetic
• For general upscaling: NVIDIA Image Scaling works well across many game types

You can experiment with different options to find what works best for your specific game. Some options prioritize performance, while others focus on image quality.

Lossless Scaling is generally safe to use with online games because:

• It doesn't inject code into games or modify game files
• It works as a screen overlay, similar to OBS or other recording software
• It doesn't interact with game memory in ways that would trigger most anti-cheat systems

However, some games with kernel-level anti-cheat (like Valorant) may have terms that specifically restrict overlay programs. When in doubt, check the specific game's terms of service or contact support before using Lossless Scaling with competitive online games.

If you experience poor performance when using frame generation, try these troubleshooting steps:

1. Check your GPU usage – if it's consistently above 95%, your GPU may not have enough headroom for frame generation
2. Enable "Performance Mode" in Lossless Scaling settings
3. Lower your target frame rate limit in increments of 5 FPS until performance improves
4. Reduce in-game graphics settings to lower GPU load
5. For 4K displays, try matching your in-game resolution to your screen resolution instead of upscaling

Remember that frame generation works best when your GPU isn't already maxed out. You need to leave some GPU headroom (at least 20-30%) for frame generation to work effectively.