Key Takeaways:
- On August 20, 2026, Chen Jinluan, Deputy Secretary of the Qingyuan Municipal Party Committee and Mayor, Min Fei, Member of the Standing Committee of the Qingyuan Municipal Party Committee and Vice Mayor, Zhai Yongming, Deputy Secretary of the Yingde Municipal Party Committee and Mayor, and their delegation visited the Hexi Atomic Computing Center, a joint venture of Chipierce.
- Fan Zhengwei, co-founder and General Manager of Chipierce, accompanied the visit and presented the center's construction and operation progress, computing infrastructure deployment, and technical service system for new materials R&D.
- Fan Zhengwei highlighted the design philosophy and technical advantages of the computing architecture of Chipierce's self-developed APU chip, including its underlying optimization logic for atomic-scale scientific computing scenarios.
- This architecture delivers corresponding performance in key computing tasks such as density functional theory and molecular dynamics, and has been deployed in new materials R&D and vertical AI model training scenarios supported by the center's computing power.
- This visit reflects Qingyuan's attention to frontier innovation at the intersection of artificial intelligence and new materials, laying the foundation for the center's integration into the regional technological innovation ecosystem.
On August 20, 2026, Chen Jinluan, Deputy Secretary of the CPC Qingyuan Municipal Committee and Mayor of Qingyuan, Guangdong; Min Fei, Member of the Standing Committee of the CPC Qingyuan Municipal Committee and Vice Mayor; Zhai Yongming, Deputy Secretary of the CPC Yingde Municipal Committee and Mayor of Yingde; and other leaders visited the Chipierce joint-venture Hexi Atomic Intelligent Computing Center.
Fan Zhengwei, co-founder and General Manager of Chipierce, accompanied the delegation.
During the visit, Fan Zhengwei gave the delegation a systematic overview of the construction and operation progress of the Chipierce joint-venture Hexi Atomic Intelligent Computing Center, the deployment of its computing infrastructure, and its technical service system for new materials R&D.
In the exhibition area, Fan Zhengwei highlighted the design philosophy and technical advantages of the computing architecture of Chipierce’s self-developed APU chip, explained the architecture’s underlying optimization logic for atomic-scale scientific computing scenarios, and its performance in key computing tasks such as density functional theory and molecular dynamics.
In addition, Fan Zhengwei provided a detailed account of the Center’s computing power applications in scenarios such as new materials R&D and vertical AI model training, demonstrating Chipierce’s full-stack capabilities in the AI4M (AI for Materials) field, from computing hardware to research services.
This visit reflects Qingyuan’s strong attention to frontier innovation at the intersection of artificial intelligence and new materials, and lays a solid foundation for the Chipierce joint-venture Hexi Atomic Intelligent Computing Center to further integrate into the regional science and technology innovation ecosystem.
