Qualcomm has begun announcing Snapdragon X models and reiterates lofty, but still unvalidated, performance claims. Performance and AI capabilities will determine if the Qualcomm Snapdragon X is the final attempt at an ARM PC processor or the first in a wave that breaks x86 hegemony. continue reading
The Movellus AWM3 clock generator tackles voltage droop in massive data center chips. Its 50% faster response helps improve performance and reduce energy consumption. By offering closed-loop droop detection, response, and analysis, Movellus aims to simplify chip design for next-gen processing units. continue reading
Syntiant’s NDP250 NPU boasts 5× faster performance for edge AI tasks. This low-power chip uses an at-memory design for efficient processing in applications like smart doorbells. The company offers development tools, production-quality pretrained models, and services to simplify AI implementation, not just for use with its NPUs but also with other chips. continue reading
Rumors suggest Microsoft’s Windows AI Explorer might require a Qualcomm Snapdragon Elite X processor. This raises questions about Microsoft’s strategy: leverage a limited base for high profits (a skim strategy) or prioritize wider adoption (a penetrate strategy). While Intel boasts AI-powered processors in 2024, they lag competing chips from AMD and Qualcomm. With Arm PC… continue reading
Rivos has raised $250 million to develop a RISC-V-based processor that accelerates data-parallel operations yet aims to be easy to program. 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