Putting TACC’s “Stampede3” Through The HBM Paces

When you host the workhorse supercomputers of the National Science Foundation, you strive to provide the best possible solutions for your scientists. …

The post Putting TACC’s “Stampede3” Through The HBM Paces first appeared on The Next Platform.

Putting TACC’s “Stampede3” Through The HBM Paces was written by Ken Strandberg at The Next Platform.

HPC In The Cloud Enables Diverse Scientific Research

Institutions supporting HPC applications are finding increased demand for heterogeneous infrastructures to support simulation and modeling, machine learning, high performance data analytics, collaborative computing and analytics, and data federation. …

HPC In The Cloud Enables Diverse Scientific Research was written by Ken Strandberg at The Next Platform.

The Cloud Lets Engineers Access Powerful Multiphysics Solvers

Digitally prototyping complex designs, such as large physical structures, biological features, and micro-electromechanical systems (MEMS) requires supercomputers running sophisticated multiphysics solvers. …

The Cloud Lets Engineers Access Powerful Multiphysics Solvers was written by Ken Strandberg at The Next Platform.

Building An Ecosystem for Heterogeneous Memory Supercomputing

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 data on the memory bus instead of drives, and the lowest power consumption possible. …

Building An Ecosystem for Heterogeneous Memory Supercomputing was written by Ken Strandberg at The Next Platform.

Cooling Magma Is A Challenge That Lawrence Livermore Can Take On

With 5.4 petaflops of peak performance crammed into 760 compute nodes, that is a lot of computing capability in a small space generating a considerable amount of heat. …

Cooling Magma Is A Challenge That Lawrence Livermore Can Take On was written by Ken Strandberg at The Next Platform.