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✇Tomshardware

Huawei's latest mobile is armed with China's most advanced process node to date despite using blacklisted chipmaker — Huawei Kirin 9030 mobile SoC made on SMIC N+3 process, but can't compete with 5nm node

TechInsights says Huawei's Kirin 9030 is built on SMIC’s N+3 process: an incremental, DUV-based extension of its 7nm-class technology that pushes density without EUV but falls well short of true 5nm nodes amid rising yield challenges.

✇Tomshardware

Photonic latch memory could enable optical processor caches that run up to 60 GHz, twenty times faster than standard caches — optical SRAM stores and outputs data entirely as light, but density challenges remain

Researchers from the University of Southern California Information Sciences Institute and the University of Wisconsin-Madison have demonstrated what they describe as the first regenerative photonic memory latch.

✇Tomshardware

China mulls $70 billion domestic chip fabrication injection, would be largest of any government semiconductor investment — Huawei and Cambricon among candidates in push to compete with Nvidia, other U.S. firms

China is considering investing up to an additional $70 billion in its domestic chip manufacturers in an effort to better compete with US firms like Nvidia. Although exact figures and investment strategies have yet to be decided, this move would be in line with China's "whole nation" approach to tackling its chip shortages.

✇Tomshardware

Microsoft, Google, OpenAI, and Anthropic join forces to form Agentic AI alliance, according to report — organization backed by the Linux Foundation is set to create open source standards for AI agents

The world's leading AI firms are collaborating on a new Agentic Artificial Intelligence Foundation managed by the Linux Foundation to build open standards around AI agents. The move will focus on three key open source tools to begin with, sharing findings on technical problems.

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