Seismic processing cloud infrastructure provider, DUG, has enough combined compute power to grace the leading ten systems on the Top 500 list of the world’s most powerful supercomputers, with around 30 petaflops for seismic processing, full waveform inversion, petrophysics, and other HPC applications in oil and gas via many of its own software packages. …
The years-long run-up to the first exascale supercomputers was really a story about the ongoing competition between the United States and China. …
For those looking to try out Fujitsu’s Arm-based PRIMEHPC FX1000 system, the company is opening up the same capabilities via its own cloud service. …
There are good reasons for the persistence of C, C++ and Fortran in high performance computing, even with some the inherent productivity challenges (extensive memory management and debugging in particular). …
As we head toward the annual Supercomputing Conference season we wanted to take a moment for a level-set on exascale. …
While it might not happen anytime soon, traditional supercomputing could be in for a sea change with wider acceptance of lower-precision calculations. …
Japan is home to one of only a few designated AI supercomputers open to public and private research partnerships via its ABCI (AI Bridging Cloud Infrastructure) system, which is set to reach nearly an exaflop of single-precision performance for ML workloads following a recent upgrade. …
The Fugaku supercomputer, based on the Arm-driven A64FX processor and custom Fujitsu Tofu-D fabric, has been proven architecturally on a number of HPC and large-scale AI benchmarks and has drawn considerable attention among the supercomputing set. …
RIKEN and Fujitsu announced that they have finished the design of the Post-K exascale platform, paving the way for production of the hardware, followed by shipping and installation. …
All Content Copyright The Next Platform