Piz Daint And Piz Dora Productive Heterogeneous Supercomputing High Performance Computing

Piz Daint And Piz Dora: Productive, Heterogeneous Supercomputing - High-Performance Computing ...

Piz Daint And Piz Dora: Productive, Heterogeneous Supercomputing - High-Performance Computing ... In this video from the nvidia theater at sc14, thomas schulthess from cscs in switzerland presents: piz daint and piz dora: a productive, heterogeneous super. Piz daint can compute in one day more than a modern laptop could compute in 900 years. this supercomputer is a 28 cabinet cray xc30 system with a total of 5'272 compute nodes.

Piz Daint & Piz Dora | CSCS

Piz Daint & Piz Dora | CSCS In this video from the nvidia theater at sc14, thomas schulthess from cscs in switzerland presents: piz daint and piz dora: a productive, heterogeneous supercomputing infrastructure for science. This work presents a workflow that retains python’s high productivity while achieving portable performance across different architectures. the workflow’s key features are hpc oriented language extensions and a set of automatic optimizations powered by a data centric intermediate representation. The system is equipped with around 1.4 petabytes of high performance memory, allowing it to handle extensive datasets efficiently. its architecture supports hybrid workloads, optimizing both cpu and gpu computations for enhanced speed and productivity. “piz daint” is the flagship supercomputer of the swiss national supercomputing center (cscs) and the workhorse of the “user lab”, a high performance computing research infrastructure that serves science in switzerland and europe.

Solar Physics Goes To Piz Daint: Computing The Sun At High Resolution – Solarnet Project

Solar Physics Goes To Piz Daint: Computing The Sun At High Resolution – Solarnet Project The system is equipped with around 1.4 petabytes of high performance memory, allowing it to handle extensive datasets efficiently. its architecture supports hybrid workloads, optimizing both cpu and gpu computations for enhanced speed and productivity. “piz daint” is the flagship supercomputer of the swiss national supercomputing center (cscs) and the workhorse of the “user lab”, a high performance computing research infrastructure that serves science in switzerland and europe. The swiss national supercomputing center (cscs) announces that the upgraded cray xc30 supercomputer “piz daint” has exceeded petaflops sustained performance in scientific production runs. at the same time “piz daint” demonstrates significant improvements in the energy efficiency. We extend octo tiger to heterogeneous gpu accelerated supercomputers, demonstrating node level performance and portability. we show scalability up to full system runs on piz daint. We extend octo tiger to heterogeneous gpu accelerated supercomputers, demonstrating node level performance and portability. we show scalability up to full system runs on piz daint. Piz daint, a high performance supercomputer at the swiss national supercomputing centre, plays a critical role in advancing environmental research. its immense computational power enables scientists to perform complex simulations and models that were previously unattainable.

Piz Daint | CSCS

Piz Daint | CSCS The swiss national supercomputing center (cscs) announces that the upgraded cray xc30 supercomputer “piz daint” has exceeded petaflops sustained performance in scientific production runs. at the same time “piz daint” demonstrates significant improvements in the energy efficiency. We extend octo tiger to heterogeneous gpu accelerated supercomputers, demonstrating node level performance and portability. we show scalability up to full system runs on piz daint. We extend octo tiger to heterogeneous gpu accelerated supercomputers, demonstrating node level performance and portability. we show scalability up to full system runs on piz daint. Piz daint, a high performance supercomputer at the swiss national supercomputing centre, plays a critical role in advancing environmental research. its immense computational power enables scientists to perform complex simulations and models that were previously unattainable.

Piz Daint and Piz Dora: A Productive, Heterogeneous Supercomputing Infrastructure for Science