BLOG ESPECIALIZADO NO MUNDO LINUX. Blog de Linux com vídeo aulas, notícias do mundo Linux e do Software Livre.
Unlock the full potential of your AMD RDNA4 workstation with our 2025 Expert Guide. Learn how critical RadeonSI driver updates impact Enterprise Software Solutions and ROI. Includes free stability checklist & professional rendering ROI calculation tools for IT managers.
AMD Radeon RDNA4 GPUs receive substantial OpenGL performance optimizations in Mesa 26.1 with enhanced buffer operations, image clears, and MSAA resolves. Expert Gallium3D improvements by AMD's Marek Olšák target GFX12 architecture for gaming, professional visualization, and compute workloads on Linux systems.
Mesa 26.0 switches RadeonSI to the ACO shader compiler, ditching AMDGPU LLVM for massive performance gains. Explore the impact on GPU performance, shader compilation times, and what this means for Linux gaming. A deep dive into the technology behind the change.
Explore the new Mesa 25.3 graphics driver release with in-depth analysis of AMD RadeonSI, Intel Iris, & Vulkan API extensions. Discover performance benchmarks, the new Arm Ethos NPU driver, and what to expect from Mesa 26.0-devel. Your guide to open-source graphics innovation.
AMD engineer David Rosca revolutionizes Linux HDR video playback by merging critical Mesa Gallium3D code. This VA-API upgrade enables BT.2020 color & high-bit-depth decoding, replacing AMF for superior Radeon GPU video acceleration on open-source drivers. Discover the technical breakdown.
Explore AMD's strategic pivot to the Mesa RADV Vulkan driver for Linux, ending official AMDVLK support. Analyze the performance implications for Linux gaming, ray tracing, and multimedia, and what this open-source consolidation means for the future of Radeon on Linux.
Discover how Red Hat's integration of OpenCL semaphore support in Mesa's Rusticl driver revolutionizes GPU work synchronization & cross-API interoperability. Learn about performance gains for Intel Iris, RadeonSI & Zink. Meta Description:
AMD Mesa developer Marek Olšák enhances Next-Gen Geometry (NGG) support for RadeonSI & RADV drivers, optimizing clipping/culling and shader performance for RDNA GPUs on Linux. Latest patches ahead of Mesa 25.2.
Discover how Mesa 25.2's new Shared Virtual Memory (SVM) support for RadeonSI enhances OpenCL 2.0+ performance on AMD Radeon GPUs. Learn about GPU memory coherence, Gallium3D driver updates, and high-performance computing optimizations
Discover how Rusticl's new OpenCL SVM support enhances GPU performance with Intel Iris & AMD Radeon drivers. Learn about Shared Virtual Memory benefits, technical implementation, and future developments in high-performance computing.
Mesa 25.1.3 fixes a critical regression affecting AMD RDNA4 GPUs, resolving crashes in RADV & RadeonSI drivers. Learn about the patch, firmware compatibility, and why upgrading is essential for stability.
Mesa’s Rusticl OpenCL driver now supports native FP16 (cl_khr_fp16), matching Clover’s capabilities. Tested on Asahi (Apple Silicon), RadeonSI, and more—key for high-performance GPU computing. Learn how this impacts developers & hardware acceleration.
AMD RDNA4 VCN5 video encode/decode support lands in Mesa 25.2 for RADV Vulkan, boosting 4K/8K performance on Linux. Learn how this impacts gaming, streaming & content creation with Radeon RX 9000 GPUs.
AMD officially drops proprietary OpenGL/Vulkan Linux drivers, fully embracing Mesa’s RADV & RadeonSI. What this means for gaming, AI, and enterprise Linux performance—plus why it’s a win for open-source.
Rusticl, Mesa's Rust-based OpenCL driver, now supports Intel Subgroups and Shared Virtual Memory (SVM)—boosting performance for AI, machine learning, and high-performance computing (HPC). Learn how these updates impact GPU acceleration & OpenCL 2.0+ development.
