Newshot
Account

Hygon Information GM 沙超群: Next-gen CPU mass production expected next year, performance to match international levels

AI summary

Speaking at the Shanghai Stock Exchange International Investor Conference, Hygon Information director and general manager 沙超群 said computing infrastructure competition has shifted from single chips to system-level competition, and that domestic large-model development requires system-level solutions. The company's products fall into three categories: DCUs for large-model training, CPUs for AI data centers, and CPUs integrating CPU, GPU and NPU for edge computing markets. Following a "sell one generation, validate one generation, develop one generation" cadence, Hygon expects to mass-produce its next-generation CPU next year with performance benchmarked against international levels.

Translation(model translation, not the source's own text)

沙超群, General Manager of Hygon Information: Next-Generation CPU Expected to Enter Mass Production Next Year, Performance to Match International Levels

IT Home, November 12: According to Cailian Press, at the International Investors Conference of the Shanghai Stock Exchange held today, 沙超群, director and general manager of Hygon Information, said that computing infrastructure has moved from single-chip competition to system-level competition, and that the development of domestic large models requires system-level solutions to address future challenges.

According to the introduction, the company's product layout is divided into three categories:

  • DCUs that support large-model training;
  • CPUs for AI data centers;
  • CPUs that integrate CPU, GPU and NPU and target markets such as edge computing.
The company's technology iteration follows a "sell one generation, verify one generation, develop one generation" model, and it expects to mass-produce a next-generation CPU next year, with performance benchmarked against international levels.

IT Home note: Hygon Information Technology Co., Ltd. was founded in 2014 and is mainly engaged in the research, development of high-end processors, accelerators and other computing chip products and systems.

Hygon's official website shows that Hygon processors are compatible with the mainstream x86 instruction set on the market and have a mature and rich application ecosystem. Hygon processors have built-in dedicated security hardware, support a variety of advanced vulnerability defense technologies, have built-in high-performance domestic cryptographic coprocessors and cryptographic instruction sets, support domestic and international standards for trusted computing, support leading confidential computing technologies, can carry out proactive security defense, have passed security tests by relevant authoritative institutions, and meet the development needs of information security and the secure circulation of data elements.

  • "Hygon Information's net profit attributable to parent in Q3 2026 was 1.048 billion yuan, up 37.9% year on year"

Related articles

  • Hygon Information's net profit attributable to parent in Q3 2026 was 1.048 billion yuan, up 37.9% year on year
  • Hygon Information's net profit attributable to parent in Q3 2026 was 2.71~2.98 billion yuan, expected to grow 38.16%~51.93% year on year
  • Report: Oconnor and Hygon Information jointly build a domestic memory and storage chip testing platform, expected to be released by the end of the year
  • Hygon 1000 series processors released: lightweight CPUs built on the C86 architecture
  • Domestic operating system + domestic chips + core industrial applications: Lishu, Hygon, Lenovo, Kylin Software and others jointly build a fully domestic high-end manufacturing full-stack solution
  • Hygon Information releases "dual-chip strategy": Hygon DCU + Hygon CPU, upgrading the HSL 1.0 specification

The translation is machine-generated and individual terms may be off. Nothing is rewritten or cut; the original is authoritative.

Published by IT之家
This site only summarises and aggregates; copyright stays with the original author. Headlines and summaries follow the source — where they differ, the original wins.
Read the original ↗