China trials its largest locally made AI computing resource in major infrastructure push
China's state-backed SuperComputing Network (SCNet) has begun beta testing a new node in Zhengzhou, Henan province, representing a major push in domestic AI infrastructure. The node is powered by China's largest locally made AI computing cluster, consisting of three scaleX platforms from Sugon, a Chinese supercomputer developer.

Briefing Summary
AI-generatedChina's state-backed SuperComputing Network (SCNet) has begun beta testing a new node in Zhengzhou, Henan province, representing a major push in domestic AI infrastructure. The node is powered by China's largest locally made AI computing cluster, consisting of three scaleX platforms from Sugon, a Chinese supercomputer developer. These platforms support over 30,000 AI acceleration cards and could deliver a combined computing power of 15 eflops. While SCNet didn't disclose the node's total computing power, this deployment signifies China's effort to bolster its AI capabilities with domestically produced technology. This development comes as the world's most powerful supercomputer, El Capitan, achieves 1.8 eflops at maximum performance.
Article analysis
Model · rule-basedKey claims
4 extractedThe world’s most powerful supercomputer is El Capitan from Hewlett Packard Enterprise, which achieved 1.8 eflops.
The node consists of three scaleX platforms from Sugon, supporting the deployment of more than 30,000 AI acceleration cards.
China’s state-backed SCNet has deployed a new node for beta testing, powered by China’s largest domestically made AI computing cluster.
Based on the performance of a single Sugon scaleX, the three platforms could deliver a combined computing power of 15 eflops.