The developer behind the ubiquitous upscaling utility has rolled out version 2.1.1 , a targeted update that addresses critical bugs discovered following the recent major 2.1 overhaul.
: Digital artists and designers can benefit from Lossless Scaling by creating work at a lower resolution and then scaling it up for printing or digital display without losing any detail. This workflow can significantly improve productivity and creative freedom.
However, the 2.1.1 update also highlights the inherent trade-offs of third-party frame generation. Because the software operates outside the game engine’s motion vector data, it relies entirely on visual analysis. This can lead to increased input latency, as the system must buffer frames to calculate the interpolated middle ground. To combat this, v2.1.1 includes optimized capture modes and performance profiles designed to minimize the delay between user input and on-screen action. While it may not replace the precision of native hardware-accelerated solutions for competitive e-sports, it has become an essential tool for single-player experiences where visual fluidity is prioritized.
The update optimizes GPU usage, making it more efficient than previous versions. Lossless Scaling v2.1.1
Available for a very low one-time purchase price on Steam.
Here is a summary of the standout features in version 2.1.1:
Because Lossless Scaling operates at the Windows Desktop Window Manager (DWM) level, it can inject frame generation and upscaling into emulators (PCSX2, RPCS3, Yuzu/Ryujinx) and retro PC titles that will never receive official DLSS or FSR support. The developer behind the ubiquitous upscaling utility has
[ Lower Resolution Game Window ] │ ▼ [ Spatial Scaling (LS1/FSR) ] --> Boosts visual resolution cleanly │ ▼ [ LSFG 2.1 Frame Generation ] --> Generates intermediate frames │ ▼ [ Fluid, High-FPS Display ]
Version 2.1.1 and its iterative improvements (like v2.1.1.2) specifically polished the Performance Mode . This reduces the GPU usage of the scaler itself, crucial for weaker GPUs.
Limit your game’s framerate to a stable number that your PC can maintain 100% of the time. Use RivaTuner Statistics Server (RTSS) or in-game limiters. Step 2: Configure Lossless Scaling v2.1.1 Open the Lossless Scaling application. However, the 2
| | Details | |----------------------|-----------------------------------------------------------------------------| | Core Algorithm | Deep Learning (GANs + Convolutional Neural Networks) | | CPU/GPU Support | CUDA/OpenCL support for NVIDIA/AMD GPUs; multi-threaded CPU fallback | | OS Compatibility | Windows 10/11, macOS 12+, Linux | | File Formats | JPEG, PNG, TIFF, HEIC, and raw camera files (NEF, CR2, etc.) | | System Requirements | Minimum: 16GB RAM, 2GB GPU VRAM Recommended: 32GB RAM, 8GB+ GPU VRAM | | Processing Speed | ~1–3 minutes per 4K image (depends on hardware) |
Gamers constantly seek higher frame rates and sharper visuals. Hardware upgrades are expensive. Software solutions offer an affordable alternative.
Lossless Scaling is available on Steam. The update should download automatically if you have the game installed. If it does not:
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