The webpage states that the article was generated by AI.
Chinese semiconductor thread II
- Thread starter vincent
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The webpage states that the article was generated by AI.
by the founder with ai tool
I know the company and have seem the patents. they have been working in this light source for years.
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Wafer-level integration of nanomaterials and MEMS sensing chips facilitates the industrialization of high-performance gas sensors.
Professor Guotao Duan’s team at the School of Integrated Circuits, HUST, has pioneered a groundbreaking wafer-level manufacturing process that seamlessly integrates nanomaterials with 3D MEMS sensing structures overcoming a decades-old industrial bottleneck in high-performance gas sensor development.
The team’s novel “film-first, cantilever-later” approach decouples nanomaterial synthesis and patterning from MEMS fabrication, enabling liquid-surface self-assembly of nanoparticles (e.g., Pd/SnO₂) onto 8-inch wafers with uniform, dense monolayers without damaging pre-fabricated microstructures. Key innovations include:
The team’s novel “film-first, cantilever-later” approach decouples nanomaterial synthesis and patterning from MEMS fabrication, enabling liquid-surface self-assembly of nanoparticles (e.g., Pd/SnO₂) onto 8-inch wafers with uniform, dense monolayers without damaging pre-fabricated microstructures. Key innovations include:
- MEMS-compatible self-assembly platform for wafer-scale nanoparticle deposition
- HfO₂ interface passivation layer to prevent etchant-induced failure during cantilever release
- Precise nanofilm patterning that preserves sensing performance while ensuring wafer-level consistency
The resulting Pd/SnO₂-based MEMS hydrogen sensor combines the miniaturization and low-power advantages of MEMS with the high sensitivity and rapid response of nanomaterials, demonstrating exceptional uniformity across an entire 8-inch wafer.
Published in Nano-Micro Letters (first author: Zheng Zhang, 2025 PhD graduate), this work provides the first complete, scalable manufacturing pathway for nanomaterial-enhanced MEMS gas sensors paving the way for mass production and industrial deployment in IoT, safety monitoring, and environmental sensing applications.
Published in Nano-Micro Letters (first author: Zheng Zhang, 2025 PhD graduate), this work provides the first complete, scalable manufacturing pathway for nanomaterial-enhanced MEMS gas sensors paving the way for mass production and industrial deployment in IoT, safety monitoring, and environmental sensing applications.
Oh didn’t know Naura was state owned. Impressive
I think Naura is a publicly traded company. SASAC has an stake in the company.
I came to this kind of late, but it is quite interesting they are talking about large scale FPGA using advanced FinFET. That means at least 14/12 nm process, if not even better. And also high precision ADCs. Has a lot of advanced applications here on radar and EW.
Anlu Technology plans to raise 1.262 billion yuan to increase its investment in the research and development and industrialization of high-end FPGA chips.
On January 26, Anlogic Technology unveiled its "2026 Plan for Issuance of A-Shares to Specific Targets," aiming to raise up to RMB 1.26 billion by issuing no more than 120.25 million shares—capped at 30% of pre-issuance share capital—to no more than 35 institutional investors. The funds will be used exclusively for two core R&D projects to strengthen its position in high-end field-programmable gate array (FPGA) chips and accelerate domestic technological substitution.
The issuance price will be set at no less than 80% of the average stock price over the previous 20 trading days, with all proceeds paid in cash and subject to a six-month lock-up period. After deducting issuance costs, the funds will be allocated as follows:
Anlogic progress is a big deal since it is one of the top 3 domestic player along with Gouxin and Fudan being the other two.
this is very interesting. Thanks for posting this. I remember certain people questioning their metrology equipment back in 2024, but they have stated now of equipments qualified for 7nm and others for 14nm and 28nm. Metrology is a large field. I would assume they have all of them covered (now that CXMT and YMTC are both going to be running full domestic production line), but not sure how it is for 7nm production.
this is truly great stuff. Where they have been trailing Western chipmakers is in a lot of these analog sensor chips, which takes a lot of hard science knowledge & R&D to develop. Good to see them making in road in these areas.