What makes LSFG different from solutions like DLSS 3 and FSR 3 is that it operates entirely at the display step, after the game engine has already done its work. This approach has both advantages and disadvantages:
The utility's proprietary spatial upscaler, built specifically to retain sharp text and clean lines without the blur typical of bilinear filtering.
Games like Starfield (before FSR3 update), The Witcher 3 (DX11), or heavy strategy games.
Can push games from 30 or 60 FPS up to 120 or even 240+ FPS. AI Upscaling: Lossless Scaling -LSFG 3-
Native solutions sit inside the game engine. They look at (data telling the engine exactly where 3D geometry is moving), depth buffers, and previous frames to calculate an intermediate frame. Because they have access to engine data, they are highly accurate but require developers to manually code them into the game. Lossless Scaling (LSFG 3.0)
| Scenario | Native FPS | LSFG 3 Multiplier | Perceived FPS | Added Latency (Est) | Verdict | | :--- | :--- | :--- | :--- | :--- | :--- | | | 40 FPS | 2x (LSFG Quality) | 80 FPS | ~25ms | Excellent | | Racing/Sports | 60 FPS | 2x (Balanced) | 120 FPS | ~15ms | Great | | Competitive FPS | 120 FPS | 2x | 240 FPS | ~10ms | Playable | | Impossible Build | 30 FPS | 3x | 90 FPS | ~45ms | Cinematic only |
Improved machine learning models significantly reduce flickering, "ghosting," and border artifacts common in earlier post-process frame generation. Optimized Setup and Best Practices What makes LSFG different from solutions like DLSS
Reviving aging hardware or hitting higher refresh rates on devices like the Steam Deck. Locked Frame Rates: Smooth out games that are hard-coded to 30 or 60 FPS. Video Content:
I can provide tailored, exact settings to give you the smoothest possible experience! Share public link
The developer of Lossless Scaling is working solo, but the roadmap is aggressive. Community teases suggest is on the horizon, possibly including: Can push games from 30 or 60 FPS up to 120 or even 240+ FPS
| | ❌Cons | | :--- | :--- | | Works on every GPU (AMD, Intel, NVIDIA, iGPU) | Image quality artifacts can appear in very fast motion | | Drastically reduced latency (24% better than v2) | Requires Borderless Windowed mode, which can hurt native performance slightly | | Extreme multipliers (X2 to X20) for high refresh rate displays | Can trigger anti-cheat bans; avoid using in online multiplayer games | | Very low GPU overhead (40-45% reduction in load) | High multipliers (X20) are virtually unplayable for most games | | No developer integration required | Lacks hardware-based motion vector access (unlike DLSS 3) |
However, the developer added a feature called (Lossless Scaling Frame Generation). This is a post-processing effect that sits between the game and your monitor, analyzing two rendered frames and generating interpolated frames to slot between them. It effectively doubles (or more) your frame rate without any input from the game engine itself.