SOLIDWORKS System Requirements

Operating System

SOLIDWORKS is primarily designed to run on Windows 10 and Windows 11 64-bit. macOS does not have native support for the full SOLIDWORKS desktop application.

Processor (CPU)

A modern 64-bit Intel or AMD processor with good single-core performance is recommended. Higher-performance CPUs are beneficial for large assemblies and complex simulations.

RAM

Minimum: 16 GB
Recommended: 32 GB or more for large assemblies, simulation, and professional use.

Graphics Card (GPU)

Use a SOLIDWORKS-certified professional graphics card for the best stability and performance. Dedicated GPUs are strongly recommended for 3D modeling and large assemblies.

Storage

An SSD is recommended for faster application startup, file opening, rebuilding, and saving. Keep sufficient free space for models, assemblies, simulations, and temporary files.

Internet Connection

An internet connection may be required for installation, activation, licensing, updates, and some cloud-connected SOLIDWORKS services.

Recommended Engineering PC

Windows 11 64-bit → Modern Intel/AMD CPU → 32 GB RAM → Certified GPU → 512 GB–1 TB SSD

Key Takeaway

For basic CAD: 16 GB RAM + SSD + dedicated GPU
For professional CAD: 32 GB+ RAM + certified GPU + powerful CPU + NVMe SSD
For large assemblies/FEA: 32–64 GB+ RAM + high-performance CPU/GPU

For the exact current certified GPU, driver, CPU, and OS compatibility list, check the official SOLIDWORKS System Requirements page, because supported hardware and Windows versions can change between releases.

SOLIDWORKS System Requirements
1. Operating System
2. Processor (CPU)
3. RAM
4. Graphics Card (GPU)
5. Storage
6. Internet Connection
7. Recommended Engineering PC
SOLIDWORKS PC Requirements by User
Laptop vs. Desktop for SOLIDWORKS
Recommended Engineering PC
Most Important Hardware for SOLIDWORKS
Frequently Asked Questions (FAQs)
Conclusion

SOLIDWORKS System Requirements

Before installing SOLIDWORKS, it is important to make sure your computer meets the required hardware and software specifications. SOLIDWORKS performance depends heavily on the CPU, RAM, graphics card, storage, and the complexity of your models and assemblies.

A computer that works well for simple parts may struggle with large assemblies, complex surfaces, simulation, rendering, or detailed drawings.

SOLIDWORKS System Requirements: Official compatibility charts for Windows operating systems, Microsoft SQL Server, Office, virtual environments, and minimum hardware specifications.

1. Operating System

For current SOLIDWORKS releases, Windows 11 64-bit is the safest choice for a new engineering workstation, provided your specific SOLIDWORKS version supports it.

Important

SOLIDWORKS support varies by version and service pack, so always check the official system requirements for the exact release you plan to install.

2. Processor (CPU)

The CPU has a major influence on many SOLIDWORKS operations, particularly:

Sketch solving
Feature rebuilds
Part modeling
Assembly operations
Drawing updates

What Matters Most?

SOLIDWORKS does not simply become faster because a CPU has more cores. Many everyday modeling operations benefit strongly from high single-core performance and high clock speed.

Recommendation

For general mechanical CAD:

Modern high-performance CPU + strong single-core performance

is usually more useful than buying an extremely high-core-count processor solely for SOLIDWORKS modeling.

3. RAM

RAM becomes increasingly important as assemblies and models become larger.

Minimum for Learning

16 GB RAM

Suitable for:

Students
Basic parts
Small assemblies
Learning SOLIDWORKS

Heavy SOLIDWORKS Work

64 GB RAM or more

Recommended when working with:

Large assemblies
Complex models
Simulation
Rendering
Multiple engineering applications simultaneously

RAM Recommendation

Workload	RAM
Basic learning	16 GB
Mechanical design	32 GB
Professional/large assemblies	64 GB
Very demanding workflows	64–128 GB+

4. Graphics Card (GPU)

The GPU is responsible for much of the 3D viewport and graphics display performance.

For professional SOLIDWORKS work, a supported workstation-class GPU is generally preferable.

Why a Certified GPU?

A supported/certified graphics card can provide:

Better graphics stability
Better viewport performance
Professional driver support
Improved compatibility with SOLIDWORKS features

Check the official hardware certification list before purchasing.

Important

Don’t choose a GPU based only on its gaming benchmark score. SOLIDWORKS-certified hardware and drivers are more relevant for professional CAD work.

5. Storage

SOLIDWORKS itself does not require an enormous amount of storage, but CAD projects, simulation files, libraries, and installation files can consume significant space.

Heavy Professional Work

Consider:

2 TB NVMe SSD

if you maintain:

Large CAD libraries
Multiple projects
Simulation results
Rendering files
CAM data
Engineering documentation

Why SSD?

An NVMe SSD provides much faster:

Windows startup
SOLIDWORKS startup
File opening
File saving
Project loading

than a traditional HDD.

Recommended Storage

Primary Drive:

1–2 TB NVMe SSD

Backup:

Separate SSD/HDD, NAS, server, or approved cloud/PDM storage.

6. Internet Connection

An internet connection may be required for:

Downloading SOLIDWORKS
Activating/licensing certain installations
Installing updates
Accessing online services
Downloading documentation and resources

Important

Internet speed is generally not the main factor affecting day-to-day SOLIDWORKS modeling performance. Your CPU, RAM, GPU, and storage have a much greater impact on local CAD performance.

7. Recommended Engineering PC

For a student or professional mechanical engineer buying a new PC, a strong general-purpose configuration would be:

Recommended Specification

Operating System

→ Windows 11 64-bit

CPU

→ Intel Core Ultra 7 / Core i7-class or AMD Ryzen 7-class modern processor

RAM

→ 32 GB

GPU

→ Supported/certified professional workstation GPU

Storage

→ 1 TB NVMe SSD

Display

→ 24–27 inch Full HD or QHD monitor

Internet

→ Reliable broadband connection

Ideal Professional Configuration

For heavier workloads:

Windows 11 64-bit

High-performance Core Ultra 9 / Core i9 or Ryzen 9-class CPU

64 GB RAM

Professional workstation GPU

2 TB NVMe SSD

This provides considerably more headroom for large assemblies, simulation, rendering, and multitasking.

SOLIDWORKS PC Requirements by User

User	CPU	RAM	GPU	Storage
Beginner/Student	Modern Core i5/Ryzen 5-class	16 GB	Supported GPU	512 GB SSD
Mechanical Designer	Core i7/Core Ultra 7/Ryzen 7-class	32 GB	Professional GPU	1 TB NVMe
Professional Engineer	High-performance i7/i9/Core Ultra/Ryzen 7/9-class	32–64 GB	Certified workstation GPU	1–2 TB NVMe
Heavy Assembly/Simulation	High-performance i9/Core Ultra 9/Ryzen 9-class	64 GB+	Higher-end workstation GPU	2 TB+ NVMe

These are practical buying guidelines, not official minimum requirements.

Laptop vs. Desktop for SOLIDWORKS

SOLIDWORKS Laptop

A laptop is useful if you need:

College work
Travel
Site visits
Portable CAD
Remote engineering work

Recommended Laptop

CPU: Core Ultra 7 / Ryzen 7-class or better

RAM: 32 GB

GPU: Professional or supported discrete GPU

Storage: 1 TB NVMe SSD

Display: 15–16 inch QHD or similar

SOLIDWORKS Desktop

A desktop is generally preferable for demanding professional work because it offers:

Better cooling
Higher sustained performance
More RAM capacity
More powerful GPU options
Easier upgrades
Better performance per dollar

For a fixed engineering workstation:

Desktop > Laptop

when maximum performance and upgradeability are priorities.

Recommended Engineering PC

If you want one balanced specification for SOLIDWORKS, AutoCAD, engineering drawings, assemblies, and general mechanical design, I would target:

Engineering CAD PC

OS: Windows 11 64-bit

CPU: Intel Core Ultra 7 / AMD Ryzen 7-class or better

RAM: 32 GB

GPU: SOLIDWORKS-certified professional GPU

Storage: 1 TB NVMe SSD

Monitor: 27-inch QHD

Backup: External/NAS/cloud/PDM backup

For Heavy Engineering

Upgrade to:

64 GB RAM + 2 TB NVMe + higher-end workstation GPU + Core Ultra 9/Ryzen 9-class CPU

Most Important Hardware for SOLIDWORKS

If your budget is limited, prioritize your money roughly in this order:

1. CPU

Important for modeling and rebuild performance.

2. RAM

32 GB is a very useful target for professional work.

3. GPU

Choose a supported/certified GPU appropriate to your assembly size.

4. NVMe SSD

A major improvement over HDD for system and project responsiveness.

5. Monitor

A larger QHD display can significantly improve CAD productivity.

Frequently Asked Questions (FAQs)

1. How much RAM do I need for SOLIDWORKS?

16 GB is reasonable for learning, while 32 GB is a strong recommendation for general professional mechanical design. Consider 64 GB or more for large assemblies and demanding simulation workloads.

2. Is a dedicated graphics card required?

For serious 3D SOLIDWORKS work, a dedicated GPU is strongly recommended. Professional users should consider SOLIDWORKS-certified workstation graphics hardware.

3. Is 512 GB SSD enough?

It can be enough for a student, but 1 TB NVMe SSD is a better general recommendation because CAD projects and engineering software can quickly consume storage.

4. Is an i5 enough for SOLIDWORKS?

A modern i5/Core 5-class processor can be sufficient for learning and smaller models. For professional mechanical design, a higher-performance Core Ultra 7/i7 or Ryzen 7-class CPU provides more headroom.

5. Is 16 GB RAM enough?

Yes for basic learning and smaller projects. For professional use, 32 GB is the better target.

6. Do I need a workstation GPU?

Not necessarily for learning. For professional engineering, however, a SOLIDWORKS-certified workstation GPU is preferable for compatibility, stability, and supported features.

Conclusion

A good SOLIDWORKS computer does not need to be the most expensive PC available. The key is to balance CPU performance, RAM, certified graphics hardware, and fast NVMe storage.

Best General Recommendation

Windows 11 64-bit
Modern Core Ultra 7 / Ryzen 7-class CPU
32 GB RAM
SOLIDWORKS-certified professional GPU
1 TB NVMe SSD
27-inch QHD monitor

For large assemblies, simulation, rendering, and advanced engineering work, move toward 64 GB RAM, a higher-end CPU/GPU, and 2 TB NVMe storage.

Always check the official SOLIDWORKS system requirements and hardware certification list for the exact version you intend to install, because supported operating systems and hardware can change between releases.