Mesa 25.2.3 has been released, featuring a comprehensive set of bug fixes and improvements aimed at enhancing stability and compatibility across various hardware configurations. Mesa is an open-source 3D graphics library that implements several graphics APIs, including OpenGL, Vulkan, and OpenCL.
This latest version includes updates to the documentation from previous releases, noting deprecated commits and providing release notes for the current version. Key fixes address issues such as a bug in the Panfrost driver, which was resolved by modifying allocation references, and an increase in the maximum shader buffer size in the Iris driver. Additionally, adjustments were made to optimize resource destruction in the Virgl driver and to improve multiview handling.
Several other critical fixes include:
- Correction of the fog scale clamping.
- Improvements to rate control in the RADV driver and accurate calculation of QP map region dimensions in the Radeonsi/VCE.
- Addressing issues with the next instruction removal process in the util/list module.
- Enhancements to the Zink Vulkan implementation, including fixes for pipeline changes and context unbinding.
The release also brings updates related to device info allocation in EGL, error corrections for NOP packets, and enhanced validation processes in the Freedreno driver. These improvements aim to optimize performance and prevent crashes associated with various drivers in the Mesa stack.
For users interested in downloading Mesa 25.2.3, it is available at the following link: [Mesa 25.2.3 Download](https://mesa.freedesktop.org/archive/mesa-25.2.3.tar.xz). The release is accompanied by SHA256 and SHA512 checksums for verification, as well as a PGP signature for added security.
In summary, Mesa 25.2.3 is a significant update that addresses a wide range of issues while improving performance and compatibility for developers and users alike, ensuring a more stable experience across different graphics hardware. As the open-source community continues to contribute to Mesa's development, future updates are expected to further enhance its capabilities and support for emerging graphics technologies
This latest version includes updates to the documentation from previous releases, noting deprecated commits and providing release notes for the current version. Key fixes address issues such as a bug in the Panfrost driver, which was resolved by modifying allocation references, and an increase in the maximum shader buffer size in the Iris driver. Additionally, adjustments were made to optimize resource destruction in the Virgl driver and to improve multiview handling.
Several other critical fixes include:
- Correction of the fog scale clamping.
- Improvements to rate control in the RADV driver and accurate calculation of QP map region dimensions in the Radeonsi/VCE.
- Addressing issues with the next instruction removal process in the util/list module.
- Enhancements to the Zink Vulkan implementation, including fixes for pipeline changes and context unbinding.
The release also brings updates related to device info allocation in EGL, error corrections for NOP packets, and enhanced validation processes in the Freedreno driver. These improvements aim to optimize performance and prevent crashes associated with various drivers in the Mesa stack.
For users interested in downloading Mesa 25.2.3, it is available at the following link: [Mesa 25.2.3 Download](https://mesa.freedesktop.org/archive/mesa-25.2.3.tar.xz). The release is accompanied by SHA256 and SHA512 checksums for verification, as well as a PGP signature for added security.
In summary, Mesa 25.2.3 is a significant update that addresses a wide range of issues while improving performance and compatibility for developers and users alike, ensuring a more stable experience across different graphics hardware. As the open-source community continues to contribute to Mesa's development, future updates are expected to further enhance its capabilities and support for emerging graphics technologies
Mesa 25.2.3 released
Mesa 25.2.3 has been released with numerous bug fixes and improvements to ensure stability and compatibility with various hardware configurations.
