All-new FlexTwin™ and New Generation SuperBlade® Maximize Compute Density with up to 36,864 Cores per Rack, featuring Direct to Chip Liquid Cooling and Upgraded Technologies to Maximize HPC ...
High performance computing (HPC) operations use aggregated resources (like clusters of servers, workstations, or devices) to quickly perform computations. HPC systems also leverage parallel processing ...
The Storage Systems for Extreme Computing team from BSC has taken the number 4 spot in the IO500 10-Node Challenge with GekkoFS. This ephemeral file system was developed in partnership with Johannes ...
The drive toward exascale computing is giving researchers the largest HPC systems ever built, yet key bottlenecks persist: More memory to accommodate larger datasets, persistent memory for storing ...
Now that deep learning at traditional supercomputing centers is becoming a more pervasive combination, the infrastructure challenges of making both AI and simulations run efficiently on the same ...
New software frameworks, such as Kokkos, have introduced performance portability and convenience features, such as lambda functions, to the HPC community. By using such languages and libraries, it is ...
"Since the release of the industry-first Twin systems back in 2007, Supermicro has consistently been a pioneer in developing the densest, most efficient multi-node architectures for HPC workloads," ...
The Supermicro multi-node systems are optimized for HPC workloads, including financial services, manufacturing, climate & weather modeling, oil & gas, and scientific research. Each distinct product ...
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