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SUPERCOMPUTERS

Engineering Design

Engineering workstations

Fast single cores and enough memory for large models.

Our machines

Engineering workstations we build

Fusion Studio 200

12 cores to 5.6GHz, 16GB card, 32GB

Drafting, detailing and typical buildings.

Processor
AMD 12 Core Processor
Graphics
Palit 16 GB Vram graphics card
Memory
32GB High speed memory
Form
Tower, desk-side

Fusion Studio 300

16 cores to 5.7GHz, 32GB card, 64GB

Large BIM models, tall buildings and real-time visualisation.

Processor
AMD 16 Core Processor
Graphics
Palit 32 GB Vram graphics card
Memory
64GB High speed memory
Form
Tower, desk-side

Fusion Sim 200

24 cores, 128GB ECC, 24GB professional card

Certified-class graphics, ECC memory and the largest models.

Processor
AMD 24 Core Processor
Graphics
Nvidia 24 GB Vram graphics card
Memory
128GB High speed memory
Form
Tower, desk-side

Side by side

Compare them

Recommended machines compared
Specification
Best forDrafting, detailing and typical buildings.Large BIM models, tall buildings and real-time visualisation.Certified-class graphics, ECC memory and the largest models.
ProcessorAMD 12 Core ProcessorAMD 16 Core ProcessorAMD 24 Core Processor
GraphicsPalit 16 GB Vram graphics cardPalit 32 GB Vram graphics cardNvidia 24 GB Vram graphics card
Memory32GB High speed memory64GB High speed memory128GB High speed memory
Storage2TB total4TB total3TB total
FormTower, desk-sideTower, desk-sideTower, desk-side
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Before you choose

What Engineering Design work needs

1

Clock speed on one core, ahead of core count

Modelling runs on one thread, so a faster core beats more cores.

2

Enough memory for the largest model you open

A model that outgrows memory spills to disk, and everything slows.

3

A fast drive for opening, saving and analysis files

Large models and analysis files open and save far faster on NVMe.

Not sure which one?

Tell us your software and your largest job. An engineer replies within one working day.