NVIDIA’s New Supercomputer in Taiwan to Boost AI and Quantum Computing Research

NVIDIA has unveiled a powerful new supercomputer at Taiwan’s National Center for High-Performance Computing (NCHC). This cutting-edge system is set to accelerate research in artificial intelligence, quantum computing, and climate science, marking a major milestone for scientific and technological development in the region.

Supercomputer Specs and Performance

At the heart of the new system are NVIDIA’s latest technologies:

• HGX H200 systems with over 1,700 GPUs
• GB200 NVL72 rack-scale systems
• HGX B300 system powered by the Blackwell Ultra platform
• High-speed Quantum InfiniBand networking for seamless interconnectivity

Together, these components deliver more than 8x the AI performance of the previous Taiwania 2 supercomputer, enabling large-scale training and simulation workloads with far greater speed and efficiency.

Supporting AI and Quantum Research

The supercomputer is set to power a wide range of research initiatives. One key project is Taiwan AI RAP, a platform that focuses on developing AI tools sensitive to local culture and languages. This includes building large language models (LLMs) for applications such as:

• Natural language processing
• Machine translation
• Trustworthy AI dialogue via the TAIDE engine

Beyond AI, the system will also be used for:

• Climate modelling using NVIDIA’s Earth-2 digital twin platform
• Quantum computing research via the CUDA-Q platform and cuQuantum library

Real-World Applications in Education and Healthcare

The supercomputer is already helping transform sectors like education and healthcare. For example:

• A conversational AI robot, powered by TAIDE, supports students learning English and Taiwanese
• Healthcare teams are using AI to develop tools aimed at improving patient diagnosis and care

These practical applications demonstrate how high-performance computing can have a direct, positive impact on everyday life.

Looking Ahead

NCHC plans to integrate NVIDIA DGX Quantum systems into a hybrid computing setup that merges classical and quantum acceleration. This will further expand the centre’s research capabilities and open new avenues for innovation.

More insights into the project and its future will be shared at the NVIDIA GTC Taipei event (21–22 May) and during NVIDIA CEO Jensen Huang’s keynote at COMPUTEX.

For full details, visit the official NVIDIA blog.