Key Updates in HPC-AI: Oracle’s GPU Cluster, ASML in China, and Quantum Innovation
Recent HPC-AI news includes Oracle’s 30,000-GPU cluster debut, ASML’s new repair hub in China, EuroHPC-JU selecting Pasqal’s quantum system, ORNL’s quantum performance research, Classiq’s collaboration for quantum circuit compression, and Professor Hoefler receiving the ACM Prize.
In recent developments within the high-performance computing and artificial intelligence sectors, Oracle is set to debut the AMD MI355X, featuring an impressive 30,000-GPU cluster. This deployment marks a significant advancement in scalability and processing power for Oracle’s computational capabilities.
ASML has announced the establishment of a new repair hub in China, which appears to be a strategic response to the ongoing U.S. trade policies that pose challenges to its operations. This move underscores ASML’s commitment to maintaining its presence and capabilities within the Chinese market.
The European High-Performance Computing Joint Undertaking (EuroHPC-JU) has selected CINECA to incorporate a 140-qubit quantum system developed by Pasqal. This selection highlights a growing investment in quantum computing technologies across Europe, contributing to enhanced computational research.
Furthermore, Oak Ridge National Laboratory (ORNL) has identified a potential path toward achieving superior quantum performance advantages in the realm of fluid dynamics. This development holds promise for revolutionizing simulations and calculations in various scientific applications.
Additionally, a collaboration among Classiq, Deloitte Tohmatsu, and Mitsubishi Chemical aims to enhance efficiency through the compression of quantum circuits. Such innovations are critical for the practical implementation of quantum technology in industry applications.
Lastly, Professor Torsten Hoefler of ETH Zurich has been honored with the ACM Prize in Computing, an accolade reflecting his significant contributions to the field. His recognition as a rising star in high-performance computing exemplifies the ongoing advancements within academia and research.
In conclusion, recent updates in HPC and AI technologies demonstrate considerable advancements, particularly Oracle’s introduction of a robust GPU cluster, ASML’s strategic realignment in response to trade policies, and the notable achievements in quantum computing spearheaded by various institutions. The acknowledgment of Professor Hoefler further emphasizes the critical role of research and innovation in driving the future of these fields.
Original Source: insideainews.com
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