The Institute of Oceanology of the Russian Academy of Sciences uses the RSK supercomputer to study the oceans and seas of Russia

2024: Use of supercomputer complex

The P.P. Shirshov Institute of Oceanology of the Russian Academy of Sciences (IO RAS) actively uses its supercomputer complex, developed and established by the specialists of the RSK group of companies to study the role of Oceans and seas of Russia in the formation and forecasting of climate, balance greenhouse gases, as well as the entire complex of physical, chemical, biological and geological processes in the ocean and ensuring environmental safety in the interests of sustainable development of humanity. The RSK announced this on September 5, 2024.

source = PCK

{{quote 'The RSK supercomputer has provided the RAS necessary computing resources for the IO to effectively solve complex problems in the two most important initiatives. Firstly, we are talking about a project of national importance "Unified National System for Monitoring Climatically Active Substances." And secondly, on the Federal Scientific and Technical Program in the Field of Environmental Development RUSSIAN FEDERATION and Climatic changes for 2021-2030. The use of this system will allow you to accumulate the necessary experience in such installations in order to start using a much more powerful computing complex as efficiently as possible, which is planned to appear in the next 2-3 years within the framework of the Unified National Climate Monitoring System active substances, - said Sergey Gulev, Head of the Laboratory of Ocean-Atmosphere Interaction and Climate Monitoring of the IE RAS.}}

For creation and subsequent upgrades high-performance computing complex at the Institute of Oceanology of the Russian Academy of Sciences, RSK specialists completed several projects between 2017 and 2024. As of September 2024, the supercomputer complex of the IO RAS includes 50 processors Intel Xeon-based compute nodes with direct liquid cooling based on the high-density and energy efficient platform "RSK Tornado."

Recently, two nodes based on graphics accelerators were installed in this system. Nvidia Tesla H100 (80GB) with liquid cooling and 104 Tflops performance (FP64). Now its total performance exceeds 308 Tflops. High-performance storage for the computing system The Institute of Oceanology of the Russian Academy of Sciences has a total volume of more than 50 TB per SSDs and more than 1,500 TB on magnetic drives. With integrated software solution "RSK BazIS" created a hierarchical data storage environment with the ability to create On-demand file system configurations.

The RSK developers provide for the possibility of further expansion resources of the supercomputer IO RAS, which is planned to be implemented later in 2024.