A customer involved in research on building materials asked us for a PC that can use LAMMPS with Red Hat Enterprise Linux.
It is assumed that J-OCTA will be run on another PC, calculation conditions and data sets will be created, and parallel calculation will be performed with LAMMPS on this PC within the same network.
Based on your request, we proposed the following configuration.
CPU | Xeon Silver 4416+ (2.00GHz 20 cores) x2 |
memory | 128GB REG ECC |
storage | 1TB M.2 SSD |
Video | NVIDIA T400 4GB (MiniDisplayPort x3) |
network | on board (10GBase-T x2) |
Housing + power supply | Tower type housing + 1000W |
OS | Red Hat Enterprise Linux Workstation Standard 1Y |
It is a configuration that selects a CPU that can secure a certain number of cores within the budget of 120 million yen.
In this configuration, GPGPU is not assumed due to budget considerations, so we have adopted an entry-class video card that is only intended for drawing. As for Red Hat Enterprise Linux, we have received confirmation from our customer that J-OCTA has been working on version 8, so we are using it as an OS.
The configuration of this case study is based on the conditions given by the customer.
Please feel free to contact us even if you are considering different conditions from what is posted.
■ Keywords・What is LAMMPS?
・What is Red Hat Enterprise Linux?
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