The NVIDIA Energy Super Computer to enable the quantum leap for Taiwan research

The researchers around Taiwan are facing complex challenges in developing artificial intelligence, climate science and quantum computing.

Their work will be strengthened soon by a new superolo computer at the Taini National Center for HD. Taiwan 2 systemThe CEO of Nvidia Jensen Huang announced in one of the scenes at Computex 2025 in Taipei today.

Ultra -artificial intelligent computers are scheduled to distinguish Nvidia HGX H200 systems with more than 1700 graphics processing units, two Nvidia GB200 Nvl72 Riff -scale systems and Nvidia HGX B300 The system built on Nvidia Blackwell Ultra Plastic – interconnected Nvidia Quantum Infiniband Networks. It is announced today in Computex, which is expected to be broadcast later this year.

NCCC also plans to publish a set of Nvidia DGX Spark Artificial intelligent computers and a group of NVIDIA HGX systems in the cloud.

Researchers from academic institutions, government agencies and small companies in Taiwan will be able to apply to reach the new system to accelerate innovative projects.

“The new NCCC super computer will lead to the leadership of artificial intelligence, quantum computing and advanced scientific account,” Zhao Lian Chang, NCCC’s general manager, said in a statement. “He is designed to enable technological autonomy in Taiwan, enhance field cooperation and lead global artificial intelligence.”

Developing local language models for the sovereign intelligence agency

The new super computer will support projects like Taiwan International Rap InternationalThe AI ​​Gynecological application development platform. Taiwan Ai Rap is aimed at supporting the rapid development of artificial intelligence products by providing startups, researchers and institutions to dedicated models that reflect local cultural and linguistic differences.

Among the platform shows are the models created by the artificial intelligence dialogue engine worthy of trust in Taiwan, or Ted – a public sector initiative to build large Taiwanese language models (LLMS) For tasks including natural language processing, smart customer service and translation.

Among the collaborators who provide texts, photos, audio and video data for the initiative are local governments, news organizations and public administrations such as the Ministry of Education and the Ministry of Culture.

To support creation Amnesty International Sovereign Organization Applications, TAIDE currently provides developers to a group of Llama3.1-Taide Basic models. The team builds additional sovereign services used Nafidia Nimotron Models.

A professor at the National University of Tainan uses the TAIDE model to operate the Amnesty International robot conversation that speaks Taiwanese and English with primary and middle school students. It has been used by more than 2000 students, teachers and parents so far. Another professor of the model has benefited to generate high -quality educational materials, shorten the time to prepare lessons for teachers.

In health care, the Taiwan research teams used the TAIDE model to develop Chatbot from artificial intelligence with A generation for retrieval This helps the case managers to provide accurate medical information in time for patients with great injuries and diseases. The epidemic prevention center at Taiwan Centers to control diseases is trained in the model to create news summaries to support tracking and prevent how diseases are spread.

The speed of scientific research in the climate and abroad

In climate research, NCCC supports researchers using Nvidia Earth-2 Airline enhancement platform. These researchers click Corrdif Ai Earth-2 Model To sharpen the accuracy of coarse weather models, and DeepMind’s GraphCast model in NVIDIA Physicsnemo To predict global weather.

They also adopt Nafidia Nim Microservice service for FourcastnetNVIDIA model predicts the global atmosphere of weather and climate variables, and the use of NVIDIA graphics processing units to accelerate the simulation of the prediction models of numerical weather.

With the new super computer, researchers will be able to perform more complex simulations, accelerate the frequency of artificial intelligence and inference.

Serve quantum innovation

NCCC researchers also develop quantum research using nvidia cuda-e Plastic platform Nvidia Cuquantum Library targeting applications in quantum learning, chemistry, financing, encryption and more.

The Research Institute has developed a quantum molecule generator, a tool that generates valid chemical molecules, using quantum circuits and Cuda -q platform. It was also created Cutn-qsvmAn open source tool based on the Cuquantum

The tool enables researchers to address more complex problems, provide linear expansion and support mixed quantum computing systems to help accelerate the development of large -scale quantum algorithms.

Cutn-SSVM recently used Cutn-SSVM to make a standard 784-quit algorithm for quantum automatic learning algorithm. The institute also plans to build a dysfunctional computing system Nvidia DGX quantum Systems.