Arm Targets Server AI Bottlenecks with Custom Architecture Benchmarks
Arm claims its upcoming AGI CPU design nearly doubles rack-level throughput against AMD's flagship Turin chip in complex agentic workloads.
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Arm claims its upcoming AGI CPU design nearly doubles rack-level throughput against AMD's flagship Turin chip in complex agentic workloads.
AMD's forthcoming EPYC 'Verano' AI host CPUs, based on the Zen 6 architecture, are reportedly adopting a new SB1 socket, signaling a significant platform shift for high-performance computing and AI server designs.
AMD has released initial performance benchmarks for its upcoming EPYC 'Venice' CPUs, positioning its high-core-count processors as a direct challenge to Nvidia's Vera server offerings, particularly in compute-intensive workloads.
Community-driven optimization of FSR 4 on AMD's BC-250 mining APU highlights the latent performance potential in repurposed, PS5-derived silicon through software-level efficiency gains.
Microsoft's Project Zenith, a specialized Windows 11 build for AI developers, will debut on AMD's Ryzen AI Halo platform, setting a new benchmark with requirements for 64GB RAM and 250 GB/s memory bandwidth.
AMD's new Threadripper Halo Station pushes the boundaries of local compute, integrating dual MI350P accelerators and massive memory bandwidth to enable trillion-parameter model inference on a workstation.
Despite a 20% contraction in the desktop CPU market, AMD has hit record market share, signaling a fundamental divergence in how Intel and AMD are navigating the current silicon glut.
With backing from AMD, Renesas, and Boeing, the Xen Project is pursuing safety-critical certifications to enable secure hardware virtualization in automotive and aerospace systems.
Google is reportedly collaborating with AMD to develop a next-generation Tensor Processing Unit that integrates custom CPU cores on-package to handle the complex, sequential logic required for reinforcement learning and agentic AI workloads.
Researchers at MIT have uncovered TONTOU, a microarchitectural attack that leverages hardware timer interrupts to bypass existing Spectre mitigations on modern Intel and AMD processors.
AMD and Cerebras collaborate to integrate EPYC processors with Cerebras' wafer-scale AI engines in the Helios platform, targeting low-latency, high-throughput AI inference workloads for data centers.
AMD’s multi-billion dollar investment in Anthropic aims to expand AI computing capacity with up to 2 gigawatts of new Instinct MI450 GPUs, highlighting the growing demand for specialized hardware in large-scale AI model deployment.
AMD’s upcoming 10-core Medusa Point mobile APU achieves its highest Geekbench single-core score yet, surpassing all other x86 mobile chips and signaling a major leap in mobile CPU performance.