Fusion Sim 200
24 cores, 128GB ECC on eight channels, 24GB ECC card
The smallest machine we trust with a multi-day run.
- Processor
- AMD 24 Core Processor
- Graphics
- Nvidia 24 GB Vram graphics card
- Memory
- 128GB High speed memory
- Form
- Tower, desk-side
Scientific Computation
Scientific computing workstations
Long runs need error-correcting memory, so one flipped bit cannot spoil days of work.
Our machines
Scientific computing workstations we build
Fusion Sim 300
32 cores, 256GB ECC on eight channels, 48GB ECC card
Larger systems, and a group sharing one machine.
- Processor
- AMD 32 Core Processor
- Graphics
- PNY 48 GB Vram graphics card
- Memory
- 256GB High speed memory
- Form
- Tower, desk-side
Side by side
Compare them
| Specification | ||
|---|---|---|
| Best for | The smallest machine we trust with a multi-day run. | Larger systems, and a group sharing one machine. |
| Processor | AMD 24 Core Processor | AMD 32 Core Processor |
| Graphics | Nvidia 24 GB Vram graphics card | PNY 48 GB Vram graphics card |
| Memory | 128GB High speed memory | 256GB High speed memory |
| Storage | 3TB total | 3TB total |
| Form | Tower, desk-side | Tower, desk-side |
| Actions |
Before you choose
What Scientific Computation work needs
1
ECC memory, in the host and on the card
A flipped bit in a four-day run gives a wrong answer nobody notices.
2
Eight memory channels, all populated
Half-filled memory channels quietly halve the speed of the solver.
3
Double-precision throughput, not tensor throughput
Processor codes run in double precision, so AI-style cards do not help.
By software
Sized for the programs you run
Not sure which one?
Tell us your software and your largest job. An engineer replies within one working day.