Mesa Turnip Driver Development Build Download

Mesa maintains a support matrix with the status of the current OpenGL conformance[6][7] visualized at mesamatrix.net. Mesa 10 complies with OpenGL 3.3 for Intel, AMD/ATI, and Nvidia GPU hardware. Mesa 11 was announced with some drivers being OpenGL 4.1 compliant.[8]

Mesa 21.2 is third release of year 2021. Google Virtual Vulkan IO Driver Venus will be official introduced with full Vulkan 1.2+ support (more mesamatrix). ARM Panfrost: OpenGL ES 3.1+ Support is available and panVK is the new Vulkan Driver. Initial support started for ARM Apple M1 with new driver Asahi. 21.2 is available since 4 August 2021.[53]

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An old plan is to split old drivers in a classic tree with many advantages in programming, support, bug fixing for the modern gallium 3D part. One problem here is Intel i965 with support of Popular old hardware to Intel Haswell and before also with Windows 10 support.[54] A new Gallium3D driver Crocus for Intel Gen 4 Graphics to Haswell is here in development to complete here the gallium3D area with possible split in the next time of year 2021. Crocus is optional available in 21.2.[55] Amber branch is for old drivers without Gallium 3D Functions like Radeon R200, intel i915 and 965 with actual version 21.3.9.[56]

Microsoft develops the Dozen driver for Vulkan in WSL. Vulkan 1.0+ with 80% 1.1 and 1.2 will be available in Mesa 23.2 after delay to 23.1 (See mesamatrix).[63] RustiCL for AMD hardware is available in 23.1.[64]

The available free and open-source device drivers for graphic chipsets are "stewarded" by Mesa (because the existing free and open-source implementation of APIs are developed inside of Mesa). Currently there are two frameworks to write graphics drivers: "classic" and Gallium3D.[123] An overview over some (but not all) of the drivers available in Mesa is given at mesamatrix.net.

NIR (New Internal Representation) was introduced to overcome TGSI limitations.[150][151] NIR was extended in last and actual releases as base of Spir-V support and is since 2016 main development area. LLVMpipe, i965, RadeonSI, Nouveau, freedreno, vc4 are changed to NIR from TGSI. RADV, Zink and other new drivers starts with NIR. All drivers with full OpenGL 4.6 support are related to NIR by SPIR-V support. Also AMD r600 has a fork with NIR for better support of HD5000 and HD6000 series. This option for r600 is default since Mesa 21.0.

The Tungsten Graphics Shader Infrastructure (TGSI) was introduced in 2008 by Tungsten Graphics. All Gallium3D-style UMDs ingest TGSI.NIR is now Main development area, so TGSI is only for older driver like r300g default infrastructure and will be deprecated in some years.

The development of Gallium3D started in 2008 at Tungsten Graphics,[155] and the implementation is available as free and open-source software as part of Mesa 3D hosted by freedesktop.org. The primary goal of making driver development easier, bundling otherwise duplicated code of several different drivers at a single point, and to support modern hardware architectures. This is done by providing a better division of labor, for example, leaving memory management to the kernel DRI driver.

First of all, Collabora only made the initial announcement that it would start developing the PanVK driver to provide Vulkan support to Mali GPUs on March 25, 2021 and there have been no commits to the driver since May 6. Maybe development moved to a different location or maybe Collabora has decided to put the project on hold. Given the pace of Mesa development in general, I would guesstimate that 2-3 years is more realistic than 1 year before we will see working Vulkan support for any mobile processors in Linux. 006ab0faaa