Illustration of Oracle's OCI Zettascale10 AI supercomputer in a modern data center, highlighting AMD chips and advanced GPU technology.

Oracle unveils largest AI supercomputer with AMD chips

AI에 의해 보고됨 AI에 의해 생성된 이미지

Oracle has announced OCI Zettascale10, described as the world's largest AI supercomputer, featuring six times more GPUs than its 2024 predecessor. The company continues to rely on AMD chips for its superclusters despite Nvidia's industry dominance. This move aligns with Oracle's strategy to integrate AI directly with users' data wherever they operate.

Linux patch proposes disabling RDSEED on all AMD Zen 5 CPUs

Lisa Kern

An updated Linux patch aims to disable the RDSEED instruction across all AMD Zen 5 CPUs. This change targets potential security or compatibility issues in the processor architecture. The proposal comes from the Linux kernel development community.

AMD developer proposes dynamic mitigations for Linux

An AMD developer has suggested implementing dynamic mitigations in Linux. The proposal focuses on run-time toggling of CPU mitigations. This aims to enhance flexibility in handling CPU vulnerabilities.

AMD releases AOMP 22.0-1 for Fortran GPU offloading improvements

AMD has released AOMP 22.0-1, introducing several enhancements to its Fortran compiler for GPU offloading. The update focuses on improving performance and compatibility in open-source environments. This development supports better integration of Fortran applications with AMD GPUs.

AMD releases updated ISP4 driver for Linux

Lisa Kern

AMD has posted an updated version of its ISP4 driver for Linux, incorporating fixes and improvements. The update aims to enhance compatibility and performance on Linux systems. This development supports ongoing open-source efforts for AMD hardware.

Linux 6.18 enhances AMD EPYC Turin performance

Lisa Kern

The Linux 6.18 kernel introduces optimizations that boost performance on AMD's EPYC Turin processors by up to 10% in multi-threaded workloads compared to Linux 6.17. These improvements target AI, high-performance computing, and database tasks on the Zen 5-based chips. Benchmarks from Phoronix highlight gains in scheduling, memory management, and power efficiency.

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