At Computex 2024, Nvidia enraptured audiences with its data-center AI success, and Intel sought to stay relevant in data-center and PC markets. continue reading
Arm’s new Immortalis-G925 boasts 35%+ graphics and AI performance leaps, but this factors in a bigger configuration and optimized physical design. Ray tracing speeds up and Arm added a fragment-prepass stage to raise system efficiency. continue reading
Intel’s Lunar Lake delivers NPU gains and a new CPU architecture for select laptops. Faster AI performance and TSMC fabrication mitigates competitive and manufacturing risk, but expensive packaging risks profitability amid rising competition. continue reading
AMD advances AI performance in data centers and laptops, while the company discloses new Epyc and Ryzen server, desktop, and laptop processors employing the Zen 5 CPU as it races to stay ahead of competitors Intel and Qualcomm. continue reading
A few big microarchitecture changes and a lot of small ones lie behind Arm’s performance and efficiency claims for the Cortex-X925 and Cortex-A725 CPUs. continue reading
Alongside the new Cortex-X925 and Cortex-A725 CPUs and Immortalis-G925 GPU, Arm has unveiled client CSS, predesigned chip blocks for peak performance, power and area. However, Arm must clarify the CSS’s target market and the CPUs’ and GPU’s performance gains. continue reading
Altera AMD Ampere Apple Arm auto Broadcom Ceva Computex CPU data center DPU edge AI embedded Epyc FPGA Google GPU Imagination Immortalis Intel interconnect Marvell MCU MediaTek memory Meta Microchip Microsoft MLPerf NPU (AI accelerator) Nvidia NXP PC process tech Qualcomm RISC-V SambaNova Semidynamics smartphone SoftBank software Syntiant Tenstorrent Untether