Tag: #hpc24 results
The LineShine supercomputer, based in Shenzhen, has officially debuted at the top of the Top500 list. This marks the first time since 2017 that a Chinese machine has displaced US systems as the world's most powerful.
Europe's first exascale supercomputer, JUPITER, is showcasing its capabilities at ISC. Powered by NVIDIA Grace Hopper Superchips, it is enabling complex research projects like mapping the human body.
Samsung, SK Hynix, and Micron are finalizing MRDIMM, the next-gen server DRAM standard via JEDEC. Optimized for AI and HPC with dual memory channels for faster data processing. Serves as CPU-direct main memory, distinct from HBM-GPU integration.
A leak reveals Intel's Serpent Lake as a joint Intel-Nvidia system-on-chip. It features RTX Rubin graphics and Copper Shark P-cores. The chip targets a 2028–2029 launch to redefine laptop high-performance computing.
Qujing Tech, from Tsinghua's HPC lab, appoints CAE academician Zheng Weimin as Chief Scientific Advisor and Prof. Wu Yongwei as Chief Scientist. With 20+ years in computing/storage, it pioneers efficient AI Token production via heterogeneous synergy. Backed by GL Ventures and others, it targets enterprise AI inference leadership.
Fujitsu and 1FINITY showcased first wafers and engineering samples of next-gen MONAKA CPU at MWC 2026. The processor targets data centers and high-performance computing with 144 cores and 3.5D packaging. It has entered the runnable stage.
Huawei debuted multiple super node computing products and solutions overseas at MWC 2026 Barcelona. Highlights include Atlas 950 SuperPoD AI compute super node, Atlas 850E server, industry's first TaiShan 950 SuperPoD general compute super node, and TaiShan 500/200 series. This marks the first overseas release by Huawei Computing Product Line President Zhang Xiwei.
China has regained the number one position in the global supercomputer rankings. Notably, the system achieved this milestone by utilizing CPU-based architecture rather than the GPU-heavy designs common in modern AI clusters.
The ASC Student Supercomputer Challenge has introduced a new 'Talent Matching' segment to bridge the gap between competitive supercomputing and professional career opportunities. This initiative aims to connect top-tier student talent directly with industry leaders in the high-performance computing sector.