dxvk-async is an attempt to enhance the DXVK translation process by asynchronously compiling graphics pipelines. The project aims to significantly reduce stuttering in games by avoiding blocking the main thread during pipeline compilation. It achieves this by utilizing the existing worker thread system within DXVK, resulting in a smoother and more responsive gaming experience.
This project allows for significantly reduced stuttering in games by offloading shader compilation to separate threads. It also addresses issues with state cache management introduced in recent DXVK versions and incorporates a configurable number of async threads. The patch leverages existing DXVK infrastructure which minimizes complexity.
- Async Pipeline Compilation: Compiles graphics pipelines in the background, preventing main thread blocking.
- Configurable Threads: Allows users to specify the number of async pipeline compiler threads.
- State Cache Integration: Properly handles state cache updates during asynchronous compilation.
- DXVK Compatibility: Supports a range of DXVK versions from 1.4.3 to 1.10.3.
- Performance Enhancement: Reduces stuttering and improves overall game performance.
- Developer Patching: Provides patches for easy integration into existing DXVK installations.
- Community Support: Actively maintained with a dedicated issue tracker for reporting issues and bans.
The project appears mature, with multiple patches released and a history of updates over several years. The project maintains an active issue tracker for addressing potential problems and reports of conflicts with anti-cheat systems. Recent commits and a considerable number of stars and forks suggest ongoing interest and community usage, although it is archived.
dxvk-async benefits gamers experiencing performance issues with DXVK, allowing them to achieve smoother gameplay by leveraging asynchronous shader compilation. It is valuable for users seeking performance improvements without relying on complex configurations or external tools. Users should be aware of potential risks regarding anti-cheat systems and report any bans to the project maintainers.