A customer who viewed the case published in 2013 asked us about a workstation to obtain the electromagnetic wave propagation of lightning discharge radiation and the electron density change in the upper atmosphere by numerical calculation using the FDTD method. .
We proposed two plans that are the current optimization of the original case.
Cost performance priority Core i4110 specification / PC-XNUMXB
【Main Specifications】
| CPU | Core i7 6950X (3.00GHz 10 cores) |
| memory | 128GB |
| storage | HDD 1TB |
| network | Gigabit LAN x1 |
| video | HD6450 |
| Housing + power supply | Middle tower case + 650W |
| OS | CentOS7 64bit |
The Core i7 specification has price merits, but cannot support more CPU selection and memory expansion.
| Click here for details and inquiries regarding this PC case FDTD method Example of electromagnetic field simulation machine (Core i7) |
Expandable Xeon specifications such as memory expansion / PC-4110A
【Main Specifications】
Xeon E5-2687w v4 (3.00GHz 12 cores) / Memory 128GB ECC REG / HDD 1TB
GigabitLAN x2 / Middle tower case + 650W / HD6450 / CentOS 7 64bit
| CPU | Xeon E5-2687w v4 (3.00GHz 12 cores) |
| memory | 128GB ECC REG |
| storage | HDD 1TB |
| network | Gigabit LAN x2 |
| video | HD6450 |
| Housing + power supply | Middle tower case + 650W |
| OS | CentOS7 64bit |
Although the price of Xeon specification is slightly higher, it has expandability such as memory expansion (memory is ECC REG type).
| Click here for details and inquiries regarding this PC case FDTD method Electromagnetic field simulation machine example (Xeon) |
