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SOLIDWORKS 2025 System Requirements

Hardware specifications for minimum, recommended, and high-performance configurations.

Updated Feb 2026

Overview

SOLIDWORKS 2025 requires a 64-bit Windows system with a certified graphics card. The specifications below cover three tiers — from basic part modelling to heavy simulation and rendering workloads.

An internet connection is required for licence activation and periodic validation. SOLIDWORKS does not run on macOS or Linux natively.

Hardware Requirements

Minimum
cpu
Intel / AMD, SSE2 support
ram
16 GB
gpu
Certified OpenGL — NVIDIA T400 or equivalent
storage
20 GB free on SSD
os
Windows 10 / 11 (64-bit)
display
1920 × 1080
Recommended
cpu
Intel Core i7-13700 / AMD Ryzen 7 7700X
ram
32 GB DDR5
gpu
NVIDIA RTX A2000 / AMD Radeon Pro W6600
storage
512 GB NVMe SSD
os
Windows 11 (64-bit)
display
2560 × 1440 (dual monitor)
High-Performance
cpu
Intel Xeon w5-3435X / AMD Threadripper PRO
ram
64 GB+ DDR5 ECC
gpu
NVIDIA RTX A5000 / RTX 5000 Ada
storage
1 TB+ NVMe SSD
os
Windows 11 Pro (64-bit)
display
3840 × 2160 (4K)

Certified Graphics Cards

SOLIDWORKS certifies specific GPU models each year. Using a certified card ensures stable, artefact-free performance.

EntrySmall parts, 2D drawings, basic assemblies
NVIDIA T400NVIDIA T600NVIDIA T1000
Mid-RangeMedium assemblies, basic simulation, rendering
NVIDIA RTX A2000NVIDIA RTX A4000AMD Radeon Pro W6600
High-EndLarge assemblies, complex simulation, Visualize
NVIDIA RTX A5000NVIDIA RTX A6000RTX 5000 Ada Generation

Performance by Use Case

WorkloadCPURAMGPU
Small parts & simple assemblies< 100 componentsCore i5 / Ryzen 516 GBEntry-level certified
Medium assemblies100–1,000 componentsCore i7 / Ryzen 732 GBMid-range certified
Large assemblies1,000+ componentsXeon / Threadripper64 GB+High-end certified
Simulation & RenderingFEA / CFD / VisualizeMulti-core Xeon64 GB+RTX A4000+

Laptop vs Desktop

Desktop Workstation

  • Best price-to-performance ratio
  • Easier to upgrade RAM, GPU, storage
  • Better thermal headroom for sustained loads
  • Recommended for: simulation, large assemblies, rendering

Mobile Workstation

  • Portability for site visits and client demos
  • Look for certified mobile GPUs (RTX A-series)
  • Minimum 15.6" display, 1080p or higher
  • Recommended for: on-site work, design reviews, training

Requirements by Package

Simulation and Visualize modules have higher demands than the core CAD modeller.

PackageRAMGPUNotes
Standard16 GBEntry-level certifiedCore modelling only
Professional32 GBMid-range certifiedeDrawings, routing, costing
Premium64 GB+High-end certifiedSimulation, flow, tolerances

Performance Optimization Tips

Keep GPU drivers up to date

Use the manufacturer's certified driver — not Windows Update auto-installs. Check the SOLIDWORKS certification page quarterly.

Disable Windows visual effects

Turn off transparency, animations, and shadows in Windows Performance Options. This frees GPU resources for SOLIDWORKS.

Use Lightweight mode for large assemblies

Open components in Lightweight or Large Assembly Mode. This dramatically reduces RAM and GPU load.

Store projects on NVMe SSD

File open/save and rebuild times are directly tied to storage speed. Never work from network drives for active projects.

Tune SOLIDWORKS display settings

Reduce anti-aliasing quality and disable RealView graphics when working with assemblies above 500 components.

Frequently Asked Questions

You need a 64-bit Windows 10 or 11 system with at least 16 GB RAM, a certified OpenGL graphics card, and 20 GB of free SSD storage. An SSE2-capable Intel or AMD processor is required.

Gaming GPUs (GeForce, Radeon RX) may work but are not certified. You may experience graphical artefacts, driver conflicts, and instability in large assemblies. For production work, certified Quadro/RTX Pro or Radeon Pro cards are strongly recommended.

For assemblies with 1,000+ components, 64 GB RAM is recommended. Medium assemblies (100–1,000 parts) work well with 32 GB. Simulation workloads benefit from 64 GB or more regardless of assembly size.

SOLIDWORKS does not run natively on macOS. Intel Mac users can use Boot Camp to run Windows. For Apple Silicon Macs, virtual machine options like Parallels exist but are not officially supported. We recommend a Windows workstation for production use.

Yes, SOLIDWORKS supports VMware, Citrix, and Hyper-V environments. GPU pass-through is required for acceptable performance. Contact us for guidance on configuring VDI setups for your team.

Need Help Choosing Hardware?

Our engineers can recommend workstation configurations matched to your team's specific workflows and budget.