"I am very proud to announce that today we have delivered on our promise to work together with the countries which are part of the EuroHPC Joint Undertaking and jointly deploy in the EU an integrated world-class supercomputing and data infrastructure. These top performing systems that we will be deploying will provide Europe with the high-quality capacities it needs to keep pace with its global competitors. They will help our scientists to tackle research questions highly relevant for our society in fields as diverse as climate change, personalised medicine, brain functioning, cosmology and many more, and accelerate innovation in areas vital for the competitiveness of our economy such as manufacturing, engineering or designing new materials and new drugs", stated Roberto Viola, Director General of DG CONNECT - Directorate General of Communication, Networks, Content and Technology - at the European Commission.
The LUMI - Large Unified Modern Infrastructure - consortium was formed for the EuroHPC application process. The countries involved are Finland, Belgium, Czech Republic, Denmark, Norway, Poland, Sweden and Switzerland. Discussions with Estonia and the Netherlands about joining the consortium are taking place. The consortium provides a high-quality, cost-efficient and environmentally sustainable HPC ecosystem based on true European collaboration. The members also provide a high level of competence from computing and training to data management.
"EuroHPC continues the European collaboration on high-performance computing, from which European researchers have already benefited from over the years. The investment will make CSC's data centre one of the world's largest players in the field of high-performance computing", stated Kimmo Koski, Managing Director, CSC.
The supercomputing and data infrastructure at CSC's data centre in Kajaani will help position Europe as one of the world leaders in supercomputing, enabling European researchers to access world-class computing resources. Computing power is required in leading-edge research in a wide range of disciplines, such as climate, pharmaceutical and cancer research as well as artificial intelligence. The state-of-the-art computing resources will also lay grounds to carry out research in areas, which have previously been out of reach, increasing the possibilities for scientific breakthroughs with immense societal impact, such as understanding climate change. The new data management and HPC infrastructure will lay grounds for innovation and new data-based business opportunities in areas such as platform economy and the development of artificial intelligence.
CSC's data centre in Kajaani has an abundant supply of low-price and environmentally friendly hydropower. The benefits of the location also include warm water cooling, which enables waste heat to be utilized in the district heating network of Kajaani, further reducing costs and CO2 footprint.
The CSC Kajaani data centre is highly scalable for large hardware installations and extensions or other potential infrastructure, making it ideal for building a sustainable datacenter ecosystem. The reliable and fast data communications networks of the data centre are also designed for HPC. In addition, the area has a unique focus on data analytics thanks to the Kajaani University of Applied Sciences and numerous ICT companies.
Technical details en timeline are as follows:
1. Machine room construction: June 2019 - June 2020
2. System procurement: July 2019
3. System installations: Q4/2020
4. Operations: Q4/2020 - Q4/2026