Intel Arc & Arm Mali: New GPUs, Drivers & Benchmarks for Linux
Today's Highlights
Today's highlights cover new Intel Arc GPU benchmarks on Linux, the launch of Intel's Arc G-Series for handhelds, and a significant new Rust-based shader compiler for modern Arm Mali graphics.
Intel Arc Pro B70 BMG-G31 Linux Gaming Performance (Phoronix)
Source: https://www.phoronix.com/review/intel-b70-linux-gaming
Phoronix has released a comprehensive review of the Intel Arc Pro B70 BMG-G31 GPU's performance on Linux. This deep dive explores various facets of the card's capabilities, including its gaming prowess, as well as its performance in OpenCL, Vulkan, and Level Zero compute benchmarks. The testing focused on how the GPU scales, even in configurations utilizing up to four Arc Pro cards, providing valuable insights into multi-GPU setups on the Linux platform.
This review is crucial for professional users and developers working with Intel's workstation-grade GPUs, especially within a Linux environment. It offers concrete data on real-world application performance, driver maturity, and the overall stability of the graphics stack. Understanding these benchmarks helps in optimizing workloads and making informed hardware decisions for AI, rendering, and scientific computing tasks where strong Linux support and reliable performance are paramount. The inclusion of compute benchmarks beyond just gaming speaks to the versatility of these cards in professional contexts.
Comment: These benchmarks offer a solid look at Intel's professional Arc GPUs on Linux, indicating driver maturity and strong compute potential that's valuable for system builders and developers tracking driver progress.
KRAID Being Developed As New Compiler For Modern Arm Mali Graphics (Phoronix)
Source: https://www.phoronix.com/news/Mesa-Arm-Mali-KRAID
An exciting development for open-source graphics on Arm platforms is underway with KRAID, a new Rust-written shader compiler. KRAID is specifically being developed for the Panfrost/PanVK open-source Arm Mali driver code, targeting modern Mali Valhall graphics processors. This initiative aims to provide a more efficient and robust compilation pipeline for shaders, which are critical for graphics rendering performance across a wide array of Arm-based devices, from smartphones to embedded systems.
The introduction of a new compiler written in Rust signifies a move towards improved safety, concurrency, and performance in the graphics stack. For developers working on Arm Mali, KRAID represents a significant upgrade, promising better optimization for Valhall architecture and potentially resolving long-standing issues with existing compilers. This effort is a testament to the continuous evolution of open-source drivers and toolchains, empowering developers with better control and performance over Arm's increasingly powerful integrated graphics solutions. Being open-source, KRAID offers transparency and an opportunity for community contribution and rapid iteration.
Comment: KRAID in Rust for modern Arm Mali GPUs on Panfrost/PanVK is a huge leap for open-source driver development, offering a more robust shader compilation pipeline for better performance and developer access.
Intel Arc G-Series Processors Announced For Handheld Gaming Devices (Phoronix)
Source: https://www.phoronix.com/news/Intel-Arc-G-Series
Intel has announced the introduction of its Arc G-Series processors, specifically designed for handheld gaming devices. While carrying the "Arc" branding, these are not standalone graphics cards but rather new processors featuring integrated graphics. This strategic move positions Intel to compete directly in the rapidly expanding market for portable gaming, targeting a segment currently dominated by custom APUs and specialized integrated solutions.
The Arc G-Series aims to deliver compelling gaming performance within the power and thermal constraints of handheld form factors. This launch signifies Intel's commitment to expanding its graphics presence beyond traditional desktop and laptop segments, acknowledging the growing demand for on-the-go gaming experiences. For consumers, this could mean more options and potentially higher performance in future handheld consoles, while for developers, it signals a new target platform to optimize games for, relying on the Arc graphics architecture. This is a crucial step in Intel's silicon roadmap, extending the reach of its Arc IP into a new and exciting category.
Comment: Intel's Arc G-Series launch for handhelds is a significant move to push integrated GPU hardware into a new growth segment, promising more gaming power on the go.
