ComputeLabs Research

AI & Compute Infrastructure — September 12, 2026

Edition of · 21 stories

🌎 Macro, Policy & Capital

Bank of China (中国银行) and partners plan at least RMB300 billion in compute-sector financial support during the 15th Five-Year Plan (十五五).

Bank of China (中国银行) launched the Yiwang Sanrong compute-finance initiative (一网三融) at the September 12 opening of the 2026 China Computing Conference (中国算力大会). The announcement describes guidance and support from the Ministry of Industry and Information Technology (工业和信息化部) and the People’s Bank of China (中国人民银行).

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Embodied-model developer Xieyue Intelligence (斜跃智能) closed angel-plus financing worth hundreds of millions of renminbi to fund training and compute infrastructure.

Xieyue Intelligence (斜跃智能) announced completion of an angel-plus financing round worth hundreds of millions of renminbi. Investors included Linear Capital (线性资本), Junshan Capital (钧山资本), Hongyi Capital (弘颐资本), and Hidden Hill Capital (隐山资本); the reports do not disclose an exact amount or valuation.

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🖥️ Chips, GPUs & Systems

Yangtze Optical Fibre and Cable (长飞) achieved 0.04 dB/km hollow-core-fiber attenuation and completed over 13 commercial and pilot projects.

Yangtze Optical Fibre and Cable’s (长飞) hollow-core-fiber compute-interconnection technology was highlighted among the conference’s annual major breakthrough achievements. The report gives a minimum attenuation of 0.04 decibels per kilometer, a fiber transmission-loss metric rather than a compute-performance figure.

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Photonic quantum-computer developer TuringQ (图灵量子) launched Gen3, a rack-mounted system incorporating programmable thin-film lithium-niobate photonic quantum chips.

TuringQ (图灵量子) founder Jin Xianmin (金贤敏) unveiled TuringQ Gen3 at the September 12 Pujiang Innovation Forum (浦江创新论坛). The report describes it as the world’s first rack-mounted, chip-level scalable photonic quantum computer; that characterization is a reported launch claim, not independently established by the supplied material.

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⚡ Power, Grid & Data Centers

☁️ Cloud & Compute Infrastructure

China’s National Supercomputing Internet (国家超算互联网) aggregates over 3.5 million CPU cores and over 250,000 GPU cards.

The National Supercomputing Internet (国家超算互联网) had aggregated more than 3.5 million central processing unit (CPU) cores and more than 250,000 GPU cards, according to Sugon (中科曙光) vice president Cao Zhennan (曹振南). The report also states that domestically sourced computing accounted for more than 95%, without specifying the denominator or calculation methodology for that share.

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China Computing Platform (中国算力平台) achieved nationwide integrated compute monitoring, connecting platforms across 31 provincial-level regions.

China Computing Platform (中国算力平台) reported nationwide integrated compute coordination and monitoring, expanding from ten connected provincial-level platforms at the 2025 conference to platforms across 31 provincial-level regions. This is a monitoring and interconnection milestone, not a disclosed measure of newly constructed physical computing capacity.

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🤖 AI Models, Software & Research

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