Chinese semiconductor thread II

tokenanalyst

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Tongfu Microelectronics raises 4.4 billion yuan to expand production.​


Recently, Tongfu Microelectronics Co., Ltd. (stock code: 002156, hereinafter referred to as " Tongfu Microelectronics ") released a feasibility analysis report on the use of funds raised from the issuance of A-shares to specific targets in 2026. The company plans to raise no more than 4.4 billion yuan, focusing on capacity improvement in core areas such as memory chips, automotive electronics, wafer-level packaging, high-performance computing and communications.

Tongfu Microelectronics plans to invest 888 million yuan to build a capacity expansion project, which will add 849,600 wafers of memory chip packaging and testing capacity annually upon completion. Currently, the self-reliance and controllability of the semiconductor industry has risen to a national strategy, and multiple policy documents are promoting breakthroughs in core technologies in the integrated circuit field, creating a favorable environment for domestic substitution of memory chips. With the expansion of fields such as AI, smart terminals, and new energy vehicles, the market demand for high-bandwidth, high-capacity storage products is surging. The Chinese memory chip market reached 460 billion yuan in 2024 and is expected to exceed 550 billion yuan in 2025. Tongfu Microelectronics already possesses full coverage capabilities for mid-to-high-end FLASH and DRAM products in the memory packaging and testing field, and has core technologies in wafer thinning and high-stack packaging. This capacity expansion will further consolidate its industry advantages. The project is implemented by Tongfu Tongke (Nantong) Microelectronics Co., Ltd., with a construction period of 3 years. The investment project filing certificate has been obtained, and the environmental impact assessment is underway.

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tokenanalyst

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China Domestic Chips Set To Power The Low Altitude Economy.​

China's commercial aerospace and satellite communication industries are entering a transformative phase, driven by strong policy support and rapid commercialization under the 15th Five-Year Plan and the Ministry of Industry and Information Technology’s Guiding Opinions on Optimizing Business Access and Promoting Satellite Communication Development. These initiatives aim to achieve over 10 million satellite communication users by 2030, accelerating projects like the China Star Network GW constellation and the Yuanxin Satellite Qianfan constellation with Qianfan targeting 648 satellites in orbit by end-2026, rivaling SpaceX’s Starlink.

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BDStar Navigation:

Achieved RMB 1.507 billion in revenue (Q1–Q3 2025) and released its advanced 22nm "Nebulas IV" high-precision chip in late 2025. It is expanding into key high-end applications such as intelligent driving and drones, and has formed a strategic partnership with Meituan to deploy unmanned delivery systems positioning it for strong growth in 2026.

Huada Beidou:
Huada Beidou's core chips are compatible with major global satellite systems such as Beidou, GPS, GLONASS, and Galileo . Furthermore, Huada Beidou is seeking support from the capital market and is currently pursuing an IPO in Hong Kong. According to its prospectus, in 2024, Huada Beidou ranked sixth globally and second in China in terms of GNSS chip and module shipments, and fourth globally and first in China in the field of dual-frequency high-precision RF baseband integrated chips, with a global market share of 10.5%. This is largely due to Huada Beidou's Smart Suppress® multi-level anti-interference technology, which significantly improves the reliability of its navigation chips in extreme conditions.

Wuhan Mengxin Technology:
Launched a new Beidou high-precision SoC chip in 2025, marking the official entry of Beidou chip tech into its "2.0 era", enabling centimeter-level positioning and prioritizing independent signal acquisition critical for autonomous systems.

China has established five major navigation clusters:
Beijing-Tianjin-Hebei
Pearl River Delta
Yangtze River Delta
Hubei-Henan-Hunan
Sichuan-Chongqing-Shaanxi

With robust policy backing and accelerating commercial deployment, domestic navigation chip companies are no longer just catching up they are leading innovation in high-precision, low-power chips for drones, autonomous vehicles, and unmanned delivery. These firms are now at the forefront of China’s push toward technological self-reliance, especially in critical infrastructure for the emerging low-altitude economy. The coming years will likely see these Chinese players dominate key applications redefining global competitiveness in satellite navigation.
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tokenanalyst

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Huazhong University of Science and Technology: Research Achievements in Nano-g Level High-Precision MEMS Accelerometers and Quantum-Enhanced Accelerometers​


This research achievement includes two parts: (1) a mature Nano-g level capacitive MEMS accelerometer and instrument that has been verified by application; and (2) a relatively cutting-edge Nano-g level optical micro accelerometer based on quantum enhancement effect.

The first part of the achievement uses silicon-based micro-nano fabrication technology to realize mass production of high-precision capacitive MEMS accelerometer chips. Currently, the relevant technical indicators of this achievement are on par with those of the international level . The achievement has been carried by the Long March 5B rocket and tested on the test ship of China's new generation manned spacecraft for microgravity environment measurement. It has excellent performance, reliable technology and high maturity.
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The second part of the research utilizes quantum precision sensing technology, employing an optical approach for signal readout. This approach is expected to overcome the standard quantum limit noise, achieving higher precision and sensitivity in detection. Currently, the relevant technical indicators are among the world's leading , demonstrating advanced technology and significant development potential.

A three-component spaceborne MEMS microseismometer, built on this research, was launched and recovered in May 2020 aboard the Long March 5B Y1 rocket. It successfully monitored microgravity disturbances during China’s manned spacecraft mission, including cargo separation events. The instrument will soon support China’s Chang’e 7 lunar mission, with industrialization underway to scale production for broader applications in disaster预警, energy development, and space exploration.

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jx191

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This is a software problem than hardware and they worked for so long with CUDA that they can't just switch that quickly

H200 won't be the last Nvidia GPU, they will release blackwell when everyone moves to Rubin and Rubin when they move to next thing
the us is trying to keep china stuck in their comfort zone by still relying on CUDA and Nvidia GPUs wich are currently superior to anything mass produced.
when china gets their EUV working, the US will probably start selling old ASML EUV to distrupt their domestic stuff while they move to High NA EUV
Once China gets their EUV running, the US won't be able to do anything.
Psychologically, they won't be able to come back from it considering most people still think China is what, 20 years behind?
 
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