Solidworks | CATIA | Abaqus | PowerFlow | CST-Studio

GPU Solutions for Accelerating Dassault Products

Customizable Workstation for the Whole Dassault Stack

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Quad GPU Xeon W-3400Workstation

VWS-105726817

Starting at

$6,480.10

Highlights
CPUIntel Xeon W-3400X CPUs
GPUUp to 4x Double Wide GPUs - NVIDIA RTXâ„¢ 6000 Ada, NVIDIA RTX 5000 Ada, & more
MEM8x DDR5 ECC DIMM Slots (Up to 2TB)
STO3x M.2 NVMe + 8x Internal Drive
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Quad GPU Threadripper PROWorkstation

VWS-135223847

Starting at

$7,687.90

Highlights
CPU1x AMD Threadripper PRO 7000WX Series CPU
GPUUp to 4x Double Wide GPUs: NVIDIA RTX 5000 Ada, NVIDIA RTX 6000 Ada, & more
MEM8x DDR5 ECC DIMM Slots (Up to 1TB)
STO4x M.2 + 8x Internal Drive Bays
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Dual Xeon Scalable RackmountableWorkstation

TWS-154715021

Starting at

$10,683.20

Highlights
CPU2x 4th/5th Gen Intel Xeon Scalable Processor (up to 128 cores total)
GPUUp to 4x Double Wide GPUs: NVIDIA RTX 6000 Ada, NVIDIA A800 Active, & more
MEM16x DDR5 ECC DIMM Slots (Up to 4TB)

A System for the Entire Design Process

A tailored high-performance system built by Exxact can power the entire Dassault product portfolio, enabling the entire product development life cycle on a single machine.

Your design, simulation, stress testing, and validation workflows require robust computing solutions by Exxact to accelerate your product development process seamlessly and efficiently for a lower TCO and faster time to market.

Dassault Product Hardware Considerations

VIAS3D-dassult-mc-1-solidworks

SOLIDWORKS

Articulate, simulate, and design prototypes in 3D for manufacturing product design, architecture, and engineering.

  • CPU: Minimum 16 Cores – prioritize higher base clock speed
  • Mem: Rec. 32GB - 64GB of RAM
  • GPU: Workstation GPU with over 24GB of VRAM
    • NVIDIA RTX 4500 Ada
    • NVIDIA RTX 5000 Ada
    • NVIDIA RTX 6000 Ada
VIAS3D-dassult-mc-2-catia

CATIA

Create complex large-scale 3D projects that require high degrees of precision. Simulate motors, test articulation, and more with CATIA.

  • CPU: Minimum 16 Cores – prioritize higher base clock speed
  • Mem: Rec. 32GB - 64GB of RAM
  • GPU: Workstation GPU with over 24GB of VRAM
    • NVIDIA RTX 4500 Ada
    • NVIDIA RTX 5000 Ada
    • NVIDIA RTX 6000 Ada
VIAS3D-dassult-mc-3-abaqus

Abaqus

Simulates the behavior of materials under various conditions including fluid, thermal, and structural deformation.

  • CPU: Minimum 16 Cores – prioritize higher base clock speed
  • Mem: 64GB - 128GB of RAM
  • GPU: Workstation or Data Center GPU with native FP64 capability
    • NVIDIA A800 40GB Active
    • NVIDIA H100 Tensor Core GPU

PowerFlow

Simulate the behavior of aero and fluid against 3D models using computational fluid dynamics

  • CPU: Minimum 16 Cores – prioritize higher base clock speed
  • Mem: Rec. 64GB - 128GB of RAM
  • GPU: Workstation or Data Center GPU with native FP64 capability
    • NVIDIA A800 40GB Active
    • NVIDIA H100 Tensor Core GPU
VIAS3D-dassult-mc-4-cst-studio

CST Studio

Design high-frequency components and perform 3D electromagnetic simulation analysis on antennae, RF, electronics, and more.

  • CPU: Minimum 16 Cores – prioritize higher base clock speed
  • Mem: Rec. 64GB - 128GB of RAM
  • GPU: Workstation or Data Center GPU with native FP64
    • NVIDIA A800 40GB Active
    • NVIDIA H100 Tensor Core GPU

Find your ideal system

Looking for something in particular? Let us know, we just might have what you need.

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