At the Photosynthetic Organization 2026 Intelligent Computing Application Conference, Zhongke Shuguang officially announced the completion and commissioning of China's first 100,000-card AI supercluster, the Shuguang 8000, and launched the development and construction of the second nationally produced 100,000-card superintelligent integrated computing power system. According to reports, Shuguang 8000 targets the full accuracy and large-scale computing power requirements of large models and scientific intelligence, and uses a “superintelligent fusion” technology route to support full accuracy coverage from FP64 to INT8, creating computing power cluster samples covering various types of scientific research and industrial scenarios such as scientific computing, big model training, AI reasoning, and industrial simulation. At present, Shuguang 8000 has relied on the national supercomputing Internet to connect to the national integrated computing network. It has completed more than 300 superintelligent fusion application optimizations on 100,000 card core nodes, covering more than 20 cutting-edge fields such as large models, robots, quantum computing, and new materials. More than 70 applications have expanded the scale of 10,000 cards, verifying the stability and reliability of the core nodes in large-scale and high-load scientific research tasks.

At the Photosynthetic Organization 2026 Intelligent Computing Application Conference, Zhongke Shuguang officially announced the completion and commissioning of China's first 100,000-card AI supercluster, the Shuguang 8000, and launched the development and construction of the second nationally produced 100,000-card superintelligent integrated computing power system. According to reports, Shuguang 8000 targets the full accuracy and large-scale computing power requirements of large models and scientific intelligence, and uses a “superintelligent fusion” technology route to support full accuracy coverage from FP64 to INT8, creating computing power cluster samples covering various types of scientific research and industrial scenarios such as scientific computing, big model training, AI reasoning, and industrial simulation. At present, Shuguang 8000 has relied on the national supercomputing Internet to connect to the national integrated computing network. It has completed more than 300 superintelligent fusion application optimizations on 100,000 card core nodes, covering more than 20 cutting-edge fields such as large models, robots, quantum computing, and new materials. More than 70 applications have expanded the scale of 10,000 cards, verifying the stability and reliability of the core nodes in large-scale and high-load scientific research tasks.