![]() ![]() The DiRAC Memory Intensive Service, the seventh increment in a series of HPC clusters at Durham University, provides researchers with a combined 812 nodes (including both the COSMA7 and COSMA8 systems), totaling 58,700 cores of computing power and about 230TB of RAM spread throughout their HPC cluster. The cosmological simulations generated at Durham create a growing need for ever-higher memory-intensive computing requiring large amounts of memory and RAM to meet the petaflop compute and petabyte data storage requirements integral to DiRAC-supported projects. Researchers at Durham are primarily focused on cosmology and astronomy, seeking to understand more about physics and the universe by generating cosmological simulations of galaxy formation and evolution. ![]() So when there’s a use case that really showcases the breadth and depth of Spectra’s data storage and data management solutions, we can’t help but share it far and wide.īelow are highlights of recent media coverage that have helped tell these important stories.ĭurham University’s DiRAC Memory Intensive Service preserves complex cosmological simulation data with the help of Spectra solution These types of case studies are the perfect piece of content to give readers a true understanding of how Spectra drives results for data-driven organizations. ![]() Spectra Logic has recently published a number of stories detailing customer use cases. SpectraLIVE So You Think You Know Spectra? StorCycle Storage Lifecycle Management Software ![]()
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