China's largest scientific artificial intelligence (AI) computing cluster became fully operational on April 14, 2026, in Zhengzhou City, Henan Province, marking a milestone in the country's AI-driven research infrastructure. The facility positions China at the forefront of global AI innovation as nations increasingly rely on high-performance computing to accelerate scientific breakthroughs.
The cluster, now the nation's largest, began trial operations in February 2026 with 30,000 domestic AI accelerator chips. A recent upgrade doubled its capacity to 60,000 chips, creating a unified ecosystem for data processing, model training, and real-world applications. Researchers can now submit natural language requests to access over 1,000 open-source large language models, with the system autonomously allocating resources to streamline complex tasks.
This infrastructure serves as a core node in China's national supercomputing network, enabling cross-disciplinary collaboration in fields from materials science to climate modeling. Officials emphasize its 'open approach,' designed to support both academic and industrial projects while promoting resource-sharing across regions.
Analysts note the cluster's deployment aligns with broader efforts to integrate AI into China's scientific research framework, reducing development cycles and strengthening global competitiveness. The project also highlights advancements in domestic chip technology amid ongoing international demand for AI hardware.
