On November 15, 2025, the 2025 Second Education Information Technology Application Innovation Competition came to a successful close in Hangzhou. This event was hosted by the China Educational Technology Association, co-organized by Zhejiang University and the Cybersecurity Professional Committee of the China Educational Technology Association, and supported by the Information Technology Application Innovation Working Committee of the China Electronics Standardization Association and the Zhejiang Higher Education Institutions Information Technology Innovation Alliance.

This year's competition was notable for being the first large-scale deployment of 300 desktop computers from Chengmai Technology's self-developed Chengmai P1 series. These computers provided a stable and efficient environment for the finalist teams to showcase their skills.

Loongson Technology, in partnership with Teramind and Chengmai Technology, unveiled the competition theme for the "Large Model-Based Education and Teaching Application Innovation Competition." This theme centered on the practical application needs of education and teaching. Participants were tasked with conducting innovative development in educational and teaching scenarios, utilizing a domestic computing power platform that combined the Loongson CPU with the Teramind AI Accelerator Card.

The competition drew participation from 320 teams representing 295 universities across the country, with a total of 888 faculty and student representatives taking part. After intense competition, 28 teams were awarded national first-place prizes, and 61 teams received national second-place prizes.

The Chengmai P1 series desktop computers are fully compatible with domestic processor platforms like Loongson, Phytium, Hygon, and Zhaoxin. They also support mainstream domestic operating systems, including UnionTech UOS and Kylin KOS. Through software and hardware collaborative optimization, these computers achieve a rapid ten-second boot time and deliver smooth multitasking performance. This provides a solid foundation for high-intensity competition environments and effectively demonstrates the practical application capabilities of domestic devices in educational settings.