BLOG ESPECIALIZADO NO MUNDO LINUX. Blog de Linux com vídeo aulas, notícias do mundo Linux e do Software Livre.
MLPerf Client v1.5 introduces experimental Linux CLI support with OpenVINO acceleration, expanding AI PC benchmarking beyond Windows and macOS. Explore its capabilities and limitations for local LLM inference performance testing on client hardware. Learn about this industry-standard benchmark from MLCommons.
Red Hat Enterprise Linux 10.1 simplifies AI with vendor-validated GPU drivers, offers systemd soft-reboots for less downtime, and enhances security with post-quantum cryptography. Discover how to accelerate your enterprise IT.
Explore AMD's new XDNA 202610.2.21.17 driver with NPU3A support & Linux upstreaming to XRT. This in-depth analysis covers Ryzen AI's architecture, what user pointer allocation means for performance, and the future of NPU computing on Linux.
Ollama 0.12.6-rc0 introduces experimental Vulkan API support, expanding GPU compatibility for LLMs like Llama 3 and Gemma 3 on AMD and Intel hardware. This guide covers the technical implications for AI inferencing and machine learning workflows.
Tinygrad's new Mesa NIR back-end unlocks open-source AI on NVIDIA GPUs via the NVK driver, bypassing proprietary toolchains. Explore this breakthrough for high-performance, free-software deep learning, its performance metrics, and how it reshapes GPU computing.
Intel's new VFIO-enabled Xe graphics driver for Linux marks a pivotal shift for GPU virtualization. Explore its impact on professional workflows, cloud gaming, and enterprise VDI solutions, and how it challenges NVIDIA's dominance. Unlock high-performance GPU passthrough for KVM and QEMU setups.
AMD ROCm 7.0.2 is now available, delivering critical stability patches & performance enhancements for AI/ML workloads and high-performance computing (HPC). This guide explores its new features, bug fixes, and impact on GPU-accelerated deep learning frameworks like PyTorch & TensorFlow
AMD's GAIA AI software now offers Linux support, but with a twist: it leverages Vulkan graphics API instead of the expected ROCm or NPU acceleration. This in-depth analysis explores the performance implications for Radeon GPUs, the curious absence of Ryzen AI NPU support, and what it reveals about AMD's cross-platform AI strategy.
Canonical & NVIDIA partner to integrate CUDA into Ubuntu's repositories, simplifying AI development. Explore the impact on ML workflows, Ubuntu's edge, and how it compares to AMD ROCm. Unlock faster GPU computing.
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.
Fedora 42 update for AMD's ROCm RPP (rocm-rpp) removes the prebuilt libffts.a library, streamlining the high-performance computer vision package for HIP, OpenCL, and CPU backends on AMD processors. Learn the implications for developers and how to apply this update securely. | 178 chars
AMD merges True16 mode into LLVM for all RDNA3 GPUs (including RDNA 3.5), enabling native 16-bit registers & instructions. Boost ROCm compute & AI/ML performance potential. Explore the technical impact & future RDNA4 implications.
NVIDIA confirms CUDA support for RISC-V processors, a major leap for AI and data centers. Learn how this impacts AMD ROCm, cloud computing, and the future of parallel processing in our in-depth analysis.
AMD’s new ROCm-LS toolkit and hipCIM library accelerate life science workloads on Instinct GPUs, offering CUDA compatibility & open-source alternatives for medical imaging, pathology, and AI-driven research. Explore early access now
ZLUDA 2025 transforms non-NVIDIA GPUs into CUDA-compatible powerhouses for AI workloads. Discover how this open-source solution achieves 90%+ CUDA performance on AMD/Intel GPUs, with new Q2 features like llm.c support and automated builds. Explore benchmarks, use cases, and installation guide.
AMD joins as a platinum sponsor for DebConf25, boosting ROCm support in Debian Linux. Discover how AMD’s open-source GPU computing strategy competes with NVIDIA CUDA, challenges in Debian’s packaging, and future AI/HPC developments.
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
AMD’s latest firmware updates for Linux include microcode support for Instinct MI350X/MI355X accelerators, RDNA GPUs, and legacy Vega chips. Discover how these updates enhance open-source driver compatibility and performance for high-performance computing.
