Chinese semiconductor thread II
- Thread starter vincent
- Start date
Yingde Gases' Shaoxing High-Purity Electronic Specialty Gas Project Officially Commences Construction.
Yingde Gases officially commenced construction of its high-purity electronic specialty gas project in the Shangyu Economic and Technological Development Zone, Shaoxing City, Zhejiang Province. The two-phase project aims to build a comprehensive industrial gas supply system covering production, transportation, and application for electronics, high-end manufacturing, and fine chemicals.
- Phase I will establish a high-purity nitrogen plant and an integrated pipeline network, ensuring stable, reliable access to basic gases.
- Phase II will expand with air distribution systems and diversified specialty gas plants, meeting growing demands for higher purity and variety of gases.
The Huangshi Hushi Electronics high-density interconnect board project, with a total investment of 3.6 billion yuan, has commenced construction.
The Huangshi Hushi Electronics High-Density Interconnect Board (HDIB) project, with a total investment of 3.6 billion yuan, has officially begun construction. The first phase investing 1.8 billion yuan will build a 65,000-square-meter factory on existing land and establish HDIB production lines, aiming for trial production by the third quarter of 2026. At full capacity, it will produce 800,000 square meters of HDIBs annually, targeting key markets like AI servers, data centers, autonomous driving, and communication equipment.
This strategic move reflects Hushi Electronics' response to rising demand in high-end circuit boards driven by AI and advanced computing. The new HDIBs offer superior performance, heat dissipation, and reliability through enhanced layer density and signal integrity. With major global tech clients, the project will strengthen Huangshi’s supply capabilities in AI-focused PCBs, boost local industry upgrading, expand product value chains, and deepen the "PCB, screen, chip, optical terminal" ecosystem enhancing regional competitiveness in optoelectronic information technology.
Very interesting these guys. 灵睿智芯 (RISC-V Computing?) just formed in January of this year with this RISC-V core design called P100.
I have to say it looks very impressive. In fact, higher performing than T-Head's C930.
SpecInt2K6 score of 20/GHz
20-stage out-of-order superscalar pipeline.
Instruction fetch, 8 decode, 8 dispatch and 10 issue
Supports SMT4!!!!!! (so that means 4 cores per physical core iirc).
Supports RVA23 and RVV1.0 vector support
Looks like they might have a lower end core E100 also under development.
The latest one is nxt:2150i with more than 310 WPH. Possible to achieve 5nm or even 3mm multipatterning with it. Might reduce requirement for EUV.