Recommended Hardware for Engineering Workloads

CPU (Processor)

• High-clock CPUs are best for CAD and modeling (AutoCAD, SolidWorks, Inventor) because most modeling and sketching is lightly threaded.
• More cores help with simulations, rendering, toolpath generation, and MATLAB/ANSYS-style workloads — we can size this based on your software list.
• We’ll help you decide between a fast desktop CPU (great for modeling) vs. a workstation platform (great for analysis and multi-tasking).

GPU (Graphics)

• For software with certified drivers (SolidWorks, Revit, some AutoCAD 3D features), a professional NVIDIA GPU is recommended for stability and accurate viewports.
• For large assemblies, point clouds, 3D plant/design, or real-time walkthroughs, more GPU VRAM helps keep navigation smooth.
• We can also configure multi-monitor or ultra-wide setups for plan review and field coordination.

Memory (RAM)

• 32GB is a strong starting point for CAD/BIM users.
• 64GB–128GB+ is ideal for large assemblies, simulations, rendering, reality capture, or running multiple engineering apps at once.

Storage

• Use a fast NVMe SSD for Windows, apps, and temp files — this makes projects open faster and reduces save times.
• Add a second NVMe or SSD for active projects so you can keep large Revit models, SolidWorks assemblies, or point clouds separate.
• We can integrate backup, NAS, and offsite storage for teams and firms.