For players running Village on DX12 — as everyone must, officially — optimizing graphics settings can dramatically improve frame rates without severely compromising visual quality.
The game may fail to launch entirely, often throwing a "DirectX 12 not supported" error. Performance Bottlenecks:
: Go to GitHub and locate the official repository for vkd3d-proton . Download the latest release binary package (usually a .tar.zst or .zip file). resident evil village directx 11
Turn off Steam, Discord, or GeForce Experience overlays.
The most infamous issue with DX12 in RE8 is asynchronous shader compilation. DX12 leaves shader caching to the driver and the game. If your system hasn't built a cache, the game stutters heavily the first time an effect appears. , often compiling shaders upfront or in a less intrusive way, resulting in smoother frame pacing on older CPUs. For players running Village on DX12 — as
An unofficial wrapper exists to force DX11 execution, but it degrades performance, disables ray tracing, introduces visual artifacts, and significantly reduces stability. It is only recommended for users stuck on Windows 7 or pre-DX12 GPUs who have no other means to play the game. For all other users, DirectX 12 remains the required and optimal API.
While earlier RE Engine titles like Resident Evil 7 , RE2 Remake , and RE3 Remake initially supported DirectX 11, Capcom has since removed official support for DX11 across these older games to prioritize modern Ray Tracing and DirectX 12 features. For Resident Evil Village , there is no official "legacy" or DX11 branch available in Steam. Download the latest release binary package (usually a
While previous RE Engine titles like the Resident Evil 2 and Resident Evil 3 remakes offered an official "dx11_non-rt" legacy branch on Steam , Resident Evil Village was developed from the ground up to utilize DirectX 12's advanced features, including DirectX Raytracing (DXR) and asynchronous compute. Why Resident Evil Village Requires DirectX 12
How to Play Resident Evil Village on DX11 Hardware: The DXVK / VKD3D Workaround