A customer consulted with us about a mobile terminal and a machine for calculating the electromagnetic field distribution around the human body using XFdtd7.
In addition to securing as much analysis space as possible within the budget of 100 million yen, we also want a configuration that can speed up calculations to some extent using a GPU.
We are considering the basic configuration of the guide based on the system requirement information of XFdtd7.
The recommended GPU is a product that supports double precision such as NVIDIA Tesla P100 and V100, but since it is difficult to support double precision calculation within the budget, we have adopted RTX 3090, which is almost the highest single precision calculation capacity. increase.Therefore, the processing speed may not increase so much for GPU calculation.
In addition, we have secured a large amount of memory and HDD capacity to meet the desire to secure as much analysis space as possible.
【Main Specifications】
| CPU | Xeon W-2295 (3.0GHz 18 cores) |
| memory | 128GB REG ECC |
| Storage 1 | 2TB M.2 SSD |
| Storage 2 | 16TB HDD S-ATA |
| video | NVIDIA Geforce RTX3090 |
| network | on board (10/100 / 1000Base-T x2) |
| Housing + power supply | Middle tower case + 1000W |
| OS | Windows 10 Professional 64bit |
This case study is based on the RADIC 1CPU Model.
Simulation of estimated price due to specification changeplease use this form.for more information.
* Due to RADIC model changes, etc., it may not be possible to select the same specifications as the configuration of the case.We apologize for the inconvenience, but please be aware in advance.
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