Taiwan’s AI Leap: ASUS-Powered Supercomputer Breaks Ground with Liquid Cooling – Urgent Breaking News
TAIPEI, Taiwan – In a significant development for the global artificial intelligence landscape, Taiwan has unveiled a cutting-edge supercomputer built in collaboration between ASUS and the National Center for High-performance Computing (NCHC). This isn’t just another powerful machine; it’s the first in Taiwan to utilize a complete liquid cooling system, marking a major step towards sustainable and efficient high-performance computing (HPC). This breaking news signals a new era for AI development in the region and beyond, and is poised to significantly impact SEO rankings for related searches.
Power and Performance: A Deep Dive into the New AI Supercomputer
The newly operational supercomputer boasts an impressive 81.55 PFLOPS of performance, securing its place at 29th on the prestigious TOP500 ranking of the world’s most powerful supercomputers. At its heart lies a hybrid architecture, intelligently combining the NVIDIA HGX H200 cluster – known for its raw processing power – with the innovative NVIDIA GB200 NVL72 system. This dual approach allows for exceptional flexibility and scalability, catering to a wide range of demanding AI workloads.
ASUS’s contribution isn’t just assembly; they designed key components from the ground up. The NM2N721-E1 ESC system integrates 36 NVIDIA Grace CPUs and 72 GPUs powered by NVIDIA Blackwell technology within each rack. Complementing this is a cluster of high-performance ASUS servers, including the N8-E11V ESC servers with NVIDIA HGX H200 cards and Direct-to-Chip (D2C) liquid cooling, and the ESC8000-E12 servers equipped with NVIDIA MXH200 GPUs and NVLink Bridge interconnects – ideal for tackling the most complex AI challenges.
The Cool Factor: Liquid Cooling and Sustainable HPC
What truly sets this supercomputer apart is its comprehensive liquid cooling system. Traditional air cooling struggles to keep pace with the heat generated by these powerful processors, leading to inefficiencies and potential performance throttling. ASUS’s direct liquid cooling (DLC) technology achieves an astonishing Power Usage Effectiveness (PUE) of just 1.18 – a benchmark for energy efficiency in data centers and supercomputing. This isn’t just about performance; it’s about building a more sustainable future for AI. The move towards liquid cooling is becoming increasingly vital as AI models grow in size and complexity, demanding ever-increasing power.
Beyond the Hardware: Streamlining AI Infrastructure
Recognizing that powerful hardware is only part of the equation, ASUS has also focused on simplifying deployment and management. Their OJ340A-RS60 and RS501A-E12-RS12U storage servers provide reliable and scalable storage solutions, supporting file, object, and block storage configurations for both AI and HPC applications. But the real game-changer is the ASUS Infrastructure Deployment Center (AIDC). This automation solution dramatically reduces deployment time, slashing it from a typical three weeks to just three days. Combined with ASUS Professional Services – offering validation, integration, and optimization – organizations can now scale their AI infrastructure with unprecedented speed and efficiency.
ASUS: A Global Leader in AI Supercomputing
This achievement builds on ASUS’s decades of experience in the server industry. They offer a complete end-to-end AI infrastructure, encompassing servers, storage, edge computing solutions, and software. With a track record of over 1,900 SPEC CPU world records and over 230 MLPerf world records, ASUS has consistently demonstrated its commitment to pushing the boundaries of AI performance. This latest supercomputer is a testament to their expertise and a clear signal of their leadership in the global AI supercomputing arena.
The launch of this Taiwanese supercomputer isn’t just a local victory; it’s a significant contribution to the global AI ecosystem. As AI continues to transform industries and reshape our world, innovations like this will be crucial for unlocking its full potential. Stay tuned to archyde.com for continued coverage of the latest developments in AI, HPC, and the evolving tech landscape.
