Dresden's Capella supreme computing device ranks amongst the globe's quickest and eco-friendly machines.

Capella, a supercomputer housed at the Technical University of Dresden (TU Dresden), has made a significant impact in the world of artificial intelligence (AI) and data analysis. This powerful machine, developed by the Center for Information Services and High-Performance Computing (ZIH) at TU Dresden, has been ranked 51st in the November 2022 issue of the Top500 list, a prestigious ranking of the 500 most powerful supercomputers worldwide.

Capella's capabilities extend beyond its impressive power. It also ranks fifth in the Green500 list, a ranking that evaluates the energy efficiency of supercomputers. This means Capella delivers an impressive amount of computing power per watt of consumed electrical power, making it a leader in energy-efficient supercomputing.

Diverse Applications of Capella

Capella's influence is felt across various fields. In the realm of AI, it is primarily used for high-performance and memory-intensive tasks, such as cancer diagnosis and medication development. One such example is the OpenGPT-X project, a European language model training and improvement use case for Capella. This project demonstrates Capella's potential in enhancing European language models, contributing to a more comprehensive understanding of various languages.

Capella's applications in Earth system science are equally noteworthy. By analyzing Earth observation data, Capella provides valuable insights into natural disasters and climate change. This information is crucial for scientists and policymakers working to mitigate the effects of climate change and prepare for future natural disasters.

Capella's Impact in Germany and Beyond

Capella's impact is not limited to Germany. In terms of supercomputing power, Capella ranks third in the country. On a global scale, Capella's installed supercomputing system achieves a peak performance of 38 Petaflops, equivalent to 38 billion calculations per second. This speed is so immense that a human would need an estimated 1.2 billion years to perform the same calculations as Capella in the same amount of time.

The OpenGPT-X project is just one example of the diverse applications of Capella in the field of AI and data analysis. Other application areas include medical research, where machine learning methods are used for cancer diagnosis and the development of new medications. The project is aptly named "AI4Trust," reflecting the trust that scientists and researchers place in Capella's capabilities.

In conclusion, Capella, the supercomputer at TU Dresden, is a beacon of innovation and efficiency in the world of AI and data analysis. Its applications span across various fields, from language models and Earth system science to medical research, demonstrating its versatility and potential for future advancements.

Dresden's Capella supreme computing device ranks amongst the globe's quickest and eco-friendly machines.