GPU High Performance Computing
Accelerated Simulation Supporting Today’s Latest Hardware
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Particleworks makes the most of the latest hardware environments, supporting multithreading (OpenMP) and multiprocessing (MPI), in addition to SSE/AVX instructions on CPUs.
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■ Version 6.2 Enhancements
The Particleworks solver is enhanced with every upgrade, and is optimized for the latest CPU/GPU architecture.
Adding a GPU enables high performance simulation with GPU boards by NVIDIA CUDA. This can drastically reduce computation times and may allow high-speed computation equivalents to supercomputers and HPC servers on desktop PCs. The latest NVIDIA® Quadro® GP100 allows the simulation of approx. 5 million particles thanks to its installed 16 GB of GPU memory. The simultaneous usage of multiple GPUs increases the number of particles that can be simulated even further.
The latest Particleworks 6.2 supports the NVIDIA Volta generation GPU platform CUDA 9.1. Volta is the most powerful GPU architecture in the world, developed as a computing engine for computational science and data science. This will bring further performance improvements to Particleworks’ calculation speeds and enables large scale simulations of tens of millions of particles.
Adding a GPU enables high performance simulation with GPU boards by NVIDIA CUDA. This can drastically reduce computation times and may allow high-speed computation equivalents to supercomputers and HPC servers on desktop PCs. The latest NVIDIA® Quadro® GP100 allows the simulation of approx. 5 million particles thanks to its installed 16 GB of GPU memory. The simultaneous usage of multiple GPUs increases the number of particles that can be simulated even further.
The latest Particleworks 6.2 supports the NVIDIA Volta generation GPU platform CUDA 9.1. Volta is the most powerful GPU architecture in the world, developed as a computing engine for computational science and data science. This will bring further performance improvements to Particleworks’ calculation speeds and enables large scale simulations of tens of millions of particles.
