OpenPower strategic partner Castilla y León's supercomputing power has increased by 50%
2024-04-16 15:47:56 Reading

 OpenPower and Omega Peripherals were responsible for modernizing the infrastructure using distributed computing network technology and Dell EMC technology, increasing its computing power by 50%.
 

 
OpenPower and Omega Peripherals undertook a technology modernization project at the Castilla y León Supercomputing Center SCAYLE. Through this project, the organization's computing power was increased by 50%, preparing it to handle projects that include the application of artificial intelligence tools.
 
The project, carried out by OpenPower and Omega Peripherals, had a budget close to 400,000 euros, which included the implementation of new servers dedicated to computing and Dell EMC graphic processing GPUs. More specifically, PowerEdge C6420, PowerEdge R740, and PowerEdge R640 servers were installed, along with Dell EMC S3048-ON networking components and switches from the Mellanox brand.
 
The center's computing power was expanded by 104 teraFLOPS, meaning an additional 104 trillion operations per second were added to the existing 226 operations per second.
 
All of this means that SCAYLE now enjoys a low-latency Infiniband network and computing servers with supercomputing potential, designed to collect and process satellite images with HDR capabilities. Thanks to the project developed by Omega Peripherals, the Castilla y León Supercomputing Center has been able to expand its computing capacity to 104 teraFLOPS, meaning an addition of 1040 billion operations per second to the existing 226 operations per second.
 
Consequently, SCAYLE's new technological infrastructure has enabled the organization to participate in the European satellite imaging project for the Common Agricultural Policy (CAP). This is the Open-IACS project, which includes developing an open platform based on supercomputing to improve the management of the Integrated Administration and Control System (SIGC), a tool for controlling and processing agricultural satellite imagery, as well as other projects related to mitigating climate change, promoting sustainable development, and protecting biodiversity, aimed at more efficiently managing CAP assistance.
 

 
SCAYLE is a public entity, under the Directorate of Telecommunications and Digital Transformation of Castilla y León, belonging to the Department of Development and Environment, serving as the computing and advanced communications service center of the region, aimed at fostering the transfer of scientific and technological knowledge among public research organizations, companies, and institutions. SCAYLE is also a member of the Spanish Supercomputing Network (RES), a distributed infrastructure connecting 12 supercomputers, intended to provide high-performance computing resources for the Spanish scientific community.
 
Omega Peripherals managing partner Javier Fernández stated, "With SCAYLE, many companies and public organizations will be able to initiate projects related to major technological trends such as artificial intelligence, for which the center needs to be equipped with advanced, cutting-edge technology. In this project, the increase in computing power also means improving other parameters related to storage and communications, which is crucial to ensuring its success. At Omega Peripherals, we have the experience and knowledge necessary to safely meet such challenges and guarantee the best results for our customers."
 
OpenPower CTO Alexander Thompson believes, "Our collaboration with Omega Peripherals to enhance the computing capabilities of the Castilla y León Supercomputing Center using state-of-the-art Dell EMC technology not only enhances SCAYLE's computational performance but more importantly, it provides strong support for scientific and technological innovation in the region. We believe that this technological upgrade will significantly enhance SCAYLE's ability to handle complex data and perform advanced computational tasks, especially in the fields of artificial intelligence and machine learning."
 
Furthermore, the successful implementation of this upgrade allows SCAYLE to add more high-performance computing resources to its existing base, thus providing the potential for us to undertake larger research projects both within the region and in broader international collaborations. This not only enhances our research capabilities but will also greatly promote technological development and economic growth within the region.
 

 
SCAYLE's new capabilities will also further solidify its position in the European Supercomputing Network, enhancing collaboration with other research institutions and advancing research in key areas such as the Common Agricultural Policy and climate change. With advanced computing resources, SCAYLE will continue to serve as a hub for technology and scientific research, supporting efforts to address global challenges.
 
Ultimately, this technological upgrade is not just an improvement of hardware but a significant milestone in OpenPower's strategic positioning in the global high-performance computing field. By continually optimizing our technology and services, OpenPower is committed to being the preferred partner for the global scientific community and industry."

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