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Best Workstation PC / Laptop for CAD, Autocad, Solidworks, Revit, Inventor

CG Director Author Alex Glawionby Alex Glawion   /  Updated   /   232 comments
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Best Workstation PC / Laptop for CAD, Autocad, Solidworks, Revit, Inventor

What is the best Computer or Laptop for CAD Software such as Autocad, Solidworks, Inventor, or Revit?

What is CAD-Software anyway, and why is it so difficult to find reliable information on what type of Hardware Components you need to build a high-end PC for CAD?

Well, let’s dive right in!

What is CAD Software and what is it not?

You might have already read some of our other articles that talk about building the best Computer for Digital Content Creation software such as Cinema 4D, After Effects, or for Video Editing and 3D Modeling & Rendering.

The thing is, though, Software such as Cinema 4D, Maya, 3DS Max, or Blender are not CAD Software.

CAD and DCC Software have some fundamental differences, that will also influence what Parts you should pick for your new CAD Workstation.

The main difference between these two types of Application-Categories is that DCC Apps are targeted at Content Creation for visual purposes.

They don’t necessarily need high precision but rather should make an Image or Animation look believable or photorealistic, but not mathematically correct.

Because, hey, when I go watch a VFX Movie, that Space ship hovering over the Earth is quite believable, but if it is Mathematically correct and physically possible, is not really the issue here.

Another important factor in DCC Software such as Cinema 4D or Maya is, that they are mainly based on Polygons and not Curves.

If you have enough Polygons you can make an object look round and smooth, even though it is actually made up of many tiny flat faces.

CAD Software though is targeted at mathematically precise forms of object creation that are physically possible.  If you zoom in on a car that was modeled in Solidworks, it will always be smooth, no matter how close you zoom in. (Sort of like the difference between Vector Software [CAD] and Pixel-based Software [DCC])

Content that simulates real-life properties.

It is of utmost importance that e.g. a rocket nozzle on a SpaceX Booster Engine is modeled and can be stress-tested and simulated to an extremely high mathematical degree.

Nurbs vs Polygons - Best PC for CAD

Image-Source: Autodesk

For the sake of this article, I’ll define polygon 3D Software Packages as “DCC” (Cinema 4D, Maya, 3dsmax, Blender, ..) and the Precision Software Packages as “CAD” (Solidworks, Autocad, Revit, Inventor, SolidEdge …).

CAD Software comes in many forms and from many different Brands, some open-source, some proprietary, and expensive.

In this article on building the best Workstation for CAD Workloads, I’ll focus on Autocad, Solidworks, Inventor, and Revit, as these are among the most popular CAD Packages.

Of course, lots of the theory and Part Recommendations can also be applied to other CAD Software as they all tend to work very similarly.

How do CAD Apps utilize the Hardware?

Very Similar to 3D Modeling and Rendering workloads in DCC Apps, CAD Software benefits from a high-clocking CPU – for active work.

Active work means, you are sitting in front of your workstation and actively modeling and working on a project.

These I call attended tasks and they require you to interact and be present at all times, otherwise, your project does not progress.

The other type of task is the unattended task. This includes things like Rendering or Simulation and other processing tasks.

Unattended tasks run on their own and usually take longer than a few milliseconds to process (often hours or days).

Tasks that take days to process have a higher probability to be targeted by developers earlier in order to make them ready for multi-processing.

And of course, as soon as these tasks can be worked on by multiple cores simultaneously, they can be processed much faster.

Look at this Single VS Multi-Core Performance scaling to get a feel for how more Cores can improve performance in workloads that support multi-threading (e.g. Rendering):

Cinebench Multi-Core Scaling


For speeding up tasks that can be parallelized (Rendering, (Most) Simulation, Image Processing ..), you will need the maximum number of Cores and not necessarily a high core clock.

Of course, having both, a high core clock and lots of cores is best, but not always possible.

So to recap:

  • Your Active Work performance requires a high-clocking CPU
  • Parallelizable tasks such as Rendering and Processing need lots of Cores.

Best Hardware for CAD

So let’s apply this to some real Hardware. What parts do we need for a PC anyway and what components make the CAD work we do the fastest?

Best Processor (CPU) for CAD Software

As you can see in these benchmarks that measure the CPU performance in Solidworks, we find a strong parallel to the Cinebench Benchmark, which lets us easily measure CPU Performance.

CAD Workstation - Solidworks Benchmark

Image-Source: Pugetsystems

Here’s the Cinebench R23 Benchmark in comparison:

= AMD   |    = Intel

CPU NameCoresGhzSingle ScoreMulti Score
AMD Threadripper Pro 3975WX323.5124443450
AMD Threadripper 2950X163.5113518797
Intel i9 9900X103.5118213994
Intel i5 9600K63.711876596
AMD Ryzen 5 360063.612459073
AMD Threadripper 3990X642.9126275671
Intel i7 9700K83.612859428
AMD Ryzen 3 3300X43.812996787
AMD Threadripper 3960X243.8130734932
AMD Threadripper 3970X323.7130846874
Intel i9 9980XE183.0111427093
AMD Ryzen 9 3900X123.8131218682
Intel i9 9900K83.6134312470
AMD Ryzen 7 3700X83.6134512195
Intel i7 10700K83.8134513302
AMD Ryzen 7 3800X83.9134613848
AMD Ryzen 9 3950X163.5140626375
Intel i9 10900K103.7141518034
AMD Ryzen 5 5600X63.7159311201
AMD Ryzen 7 5800X83.8159614812
AMD Ryzen 5 3600X63.813239526
AMD Ryzen 9 5900X123.7167022046
AMD Ryzen 7 2700X83.7110210140
Intel i9 9960X163.1107517953
AMD Ryzen 7 5700G83.8153514350
AMD Ryzen 9 5980HS83.0153812844
Intel i5 11600K63.9156411277
Intel i7 11700K83.6159515011
Intel i9 11900K83.5167116211
AMD Threadripper Pro 3995WX642.7123173220
Intel i9 10850K103.6136716820
AMD Ryzen 9 3900XT124.1135418511
AMD Ryzen 5 2600X63.610947523
AMD Ryzen 7 3800XT84.2135512955
AMD Ryzen 3 310043.611055423
AMD Epyc 7702P642.099348959
AMD Threadripper 1900X83.810058979
AMD Threadripper 2990WX323.0100529651
AMD Threadripper 1950X163.4102719635
AMD Threadripper 1920X123.5105415038
Intel i9 10980XE183.0106325490
Intel i9 9920X123.5106714793
AMD Ryzen 5 3600XT63.813309945
AMD Ryzen 9 5950X163.4168428782
CPU NameCoresGHzSingle ScoreMulti Score

Look at these Inventor Benchmarks of Finite Element Analysis Meshing. High-Core-Clocks with High Turbo-Boost Clocks win all the way (Lower is better):

Best CAD PC - Inventor Benchmark

Image-Source: Autodesk-Forum

Here are some Revit Benchmarks. Again, in Single-Threaded Workloads, a CPU with a high Core-Clock (IPC) wins, in multi-threaded workloads such as Rendering, more Cores win.

Performance relative to an i7 7700K that has 4,5GHz Boost Clock, 4 Cores, 8 Threads

Workstation for CAD - Revit Benchmark


These Autocad 2D and 3D Performance Benchmarks were taken with the Cadalyst Benchmark Tool and show how high core-clocks win every time.

Best Computer for CAD - Cadalyst Benchmark Autocad

Image-Source: tomshardware

The 3D Performance Benchmarks have high-clocking CPUs at the top of the ranking too:

Best Computer for CAD - Cadalyst Benchmark Autocad

Image-Source: tomshardware

And one last CPU Benchmark for Solidworks, confirming what we have already seen:

Best Computer for CAD - Solidworks Benchmark

Image-Source: tomshardware

CPU Core Clocks and IPC (Instructions per Cycle) are so important because many tasks cannot be parallelized.

Either because the Software’s Codebase is old and hasn’t been updated or optimized (for parallelization) in a long time, or because certain tasks just can’t be parallelized, because of things like dependencies.

Here’s an example: You are modeling a House in Revit or Sketchup and have your Scene nicely optimized in a non-destructive hierarchical structure.

It looks a bit like this:

  • House Wall Extrusion
    • Room1
      • Window Boolean
        • Edge Bevel
          • screw Booleans on Edge Bevel

Now we will thicken the House Wall extrusion a bit.

We have 5 different Objects and would think that having a CPU with, say, 5 Cores would speed up the thickening of the House Wall Extrusion, because every core can work on one object, right?

Best PC for SketchUp

Image-Credit: Sketchup Help

Wouldn’t that speed up things nicely?

It would, but unfortunately, because the Objects depend on each other as they are in a hierarchical chain, a single CPU Core will have to step through this chain from the topmost hierarchical element first and then move towards the deeper Elements of the hierarchy – one by one.

There is no way the “screw Booleans” can already be calculated before the Edge Bevel has been finished processing and so on. Because of dependencies.

A single CPU-Core will have to work through the entire hierarchical chain by itself.

A single CPU Core will have to first calculate the thicker Wall Extrusion, after that it can calculate the Window Boolean, then the Edge Bevel on The Window Boolean, then the Edge Bevel on that Window Boolean Edge, and only after all of these have been stepped through can the CPU calculate the screw Booleans that are in the Edge Bevel.

All of the other CPU Cores will wait idly during this because such a task can’t be parallelized and offloaded on to multiple Cores.

And this is an example that is quite simple, made for easy understanding. What usually goes on inside a CAD Software is much more complex.

So, long story short: We need a high clocking CPU, that optimally has a nice Boost Clock on one or more cores, to be able to actively work as fast as possible with a responsive and snappy Viewport in CAD Applications.

Here are our CPU recommendations that will bring the most performance to your active work in CAD:

These are all high-clocking CPUs that will give you a smooth working experience within your CAD Application.

What about Xeon or other “professional” CPUs?

What’s the deal with Xeon? It seems to be recommended very often from CAD Software Developers, so it should perform well, right?

Well, the thing with Xeon is, you usually trade Software and Driver certification, official Support, and a high Price for Performance.

Intel Xeons are a lot pricier than the CPUs I listed above, their clocks are lower, IPC is lower & the Turbo Boost Clocks are lower.

BUT, Xeons have ECC Memory Support (Error Correcting memory) that can in very rare cases make your CAD Software more stable.

Also, oftentimes CAD Software Developers only offer support when you actually have an officially supported CPU (such as a Xeon) and not a mainstream or High-End-Desktop CPU.

So if you absolutely need reliability and need immediate support for your systems, then you would have to go the Xeon Route for many of the top-tier CAD Apps out there.

Then again, if you value performance over reliability and can support and troubleshoot on your own, you should be getting a performance CPU as mentioned above, such as the Intel i7, i9 or AMD Ryzen / Threadripper CPUs.

Best Graphics Card for CAD Software

Let’s shed some light on the Quadro vs. Geforce debate:

The Benchmarks will support my writing: Nvidia’s Geforce GTX or RTX Cards are faster in almost all CAD Benchmarks. Autocad, Inventor, Solidworks, Revit you name it.

BUT, professional GPUs such as Nvidia’s Quadro Cards have other things to offer.

They have different Drivers than their mainstream counterparts which enable some features in various CAD apps. Take Solidworks for example: It has a feature called RealView, which is only supported on Pro-GPUs.

Also, the question of Official Vendor Support should not be neglected.

Many CAD Application Vendors only offer support if you use Hardware that has been certified by them, and this certified Hardware consists of mostly professional-grade Components like Nvidia’s Quadro Series or AMD’s Radeon Pro GPUs.

Ask yourself, do you need specific features (e.g. in Solidworks) that are only supported on Pro-GPUs, or do you need official vendor support?

If it’s just your own Workstation you have to worry about and you can troubleshoot on your own and want the fastest experience possible and would like to save some money (because Pro-GPUs are so much more expensive) go with a Geforce GTX or RTX GPU, or an AMD Mainstream GPU.

An Nvidia RTX 2080Ti leads in performance against most Pro-GPUs in many Benchmarks such as the AutoCAD Benchmark below and costs a lot less.

Quadro Benchmark CAD Computer


That said, Solidworks is a bit of a special case: It does benefit from Quadro cards. It seems this Software’s code-base has been well optimized to make use of the additional Features that Nvidia Quadros have to offer (Or mainstream GPUs have been artificially crippled).

If you do want to go with a Quadro, these Benchmarks by Pugetsystems will show you the performance of current GPUs:

Solidworks Quadro GPU Benchmark Performance

Image-Credit: Pugetsystems

Our GPU recommendations for CAD Software:

Nvidia GPUs for Animation

AMD GPUs for Animation

Now that we’ve discussed the most controversial Parts of a CAD Computer let’s move on to some basics:

Best Motherboard for CAD Applications

The Motherboard won’t influence your performance all that much, but you should make sure it supports all the features you need and matches the Hardware that you are going to plug into it.

Of course, you should match the Motherboard Socket to the CPU you chose earlier. Get an LGA1200 Motherboard (Z490 Chipset) for an Intel Core i9 10900K (or same Generation) CPU, and an AM4 Motherboard (X570 Chipset) for an AMD Ryzen 5900X CPU.

MSI MAG Z490 Tomahawk

Image Source: MSI

Other features you should look out for are the number of PCIe-Slots that you can plug Graphics Cards into, the number of USB connectors, the amount RAM Slots as well as the number of Storage Devices such as M.2 Slots you have available to use.

For AMD Ryzen 9 5900X, which I currently recommend highly for CAD Apps, you will need an AM4 Motherboard such as the MSI Tomahawk x570.

Do give our Motherboard Guides a quick read, if you are having trouble picking a suitable one. We have a Motherboard Guide for Intel 9th Gen CPUs, Intel 10th Gen CPUs and AMD CPUs.

Best RAM (Memory) for CAD Software

CAD Workloads are very similar to working in 3D Applications like Cinema 4D or Maya.

The amount of RAM needed depends very much on how complex your projects and assemblies are and how many projects you have opened at the same time.

Also, if you tend to have more RAM-hungry Applications in addition to your CAD Software open at the same time, you should make sure you have sufficient RAM.

Running Windows 10, for example, and having Chrome, an E-Mail Program, some other DCC Software like Photoshop and Illustrator, and a Word-Processing App open at the same time in addition to your CAD Software will surely eat away at your RAM much more than when you have only one App open at a time.

It is “ease of use” that we are looking for, and closing down other Applications just so we can use our CAD Software is not very efficient.

For lighter CAD work you should be looking to buy at least 16GB of RAM.

With more complex assemblies or when you are using multiple Apps at the same time, you should be leaning towards 32GB or even 64GB of RAM.

Corsair RAM for Computer for CAD Applications

Image-Source: Corsair

For Mainstream or HEDT CPUs such as the Intel i7, i9, or Ryzen / Threadripper CPUs, I recommend the Corsair Vengeance LPX DDR4 RAM that comes in all sorts of Memory capacities.

Memory Clock Speed can influence your CPU’s performance and it is advised to aim for RAM clocked at 3200Mhz or higher.

Best SSD / HDD / Storage for CAD Work

Assemblies and other Project Files can get quite big, especially on complex projects. You will be happy to have enough storage space to keep all of your projects saved in multiple revisions  – Additionally, a fast drive for loading and saving your Projects will keep you working longer and waiting less.

The currently best type of storage Device for most PC-workloads, including CAD workloads, is the NVMe M.2 SSD.

This stands for Non-Volatile Memory Express M.2 (the form factor) Solid State Drive and basically is an SSD that has been further developed to:

  1. Be smaller
  2. Use a faster interface and
  3. Be much faster in reading and writing data.


You can plug an NVMe SSD into the Motherboard without needing any cables. It is about the size of a stick of chewing gum, and about 5 times as fast as a regular SATA SSD, and about 25x faster than a mechanical HDD.

Drive Speed Comparisons SSD vs HDD vs NVME

I recommend buying an NVMe SSD from the Samsung 970 EVO Plus Series, that comes in sizes from 250GB – 2TB.

Of course, NVMe Drives are somewhat more expensive than HDDs or SATA SSDs and it’s best to get both – A smaller NVMe SSD for active projects, apps, and the OS. And a large HDD for Backups and Archiving.

For High-Performance CAD workloads, an NVMe SSD should be a standard on your buy-list. Do check out our NVMe SSD Guide to see more of the available options.

Best PC-Case for CAD Work

Your PC’s Case, of course, will not influence the performance of your CAD Build in any way. Well maybe in terms of air-flow, but that can usually be neglected as CAD Work doesn’t tend to make your CPU or GPU overheat all that fast (unless you’re doing some heavy rendering).

There are lots of Cases out there in all kinds of Colors, Sizes, and from many different Brands.

There is not much you can do wrong here. Check your Motherboard Form-Factor (e.g. M-ATX or ATX or E-ATX) and make sure your case can fit this Motherboard size. The most common size is ATX and you’ll find a gazillion options to choose from.

A nice Case that I keep coming back to is the be quiet! Silent Base 601, which looks professional and has some noise-dampening features that will make your CAD PC quieter.

bequiet PC Case 601

Image-Source: be quiet

Best PSU for CAD

The Power Supply Unit should have sufficient Wattage to be able to power your Components.

If you are unsure as to how much Watts your selected Components actually need, check out this easy to use Wattage-Calculator over on beQuiet’s Website.

Some reliable brands to look out for are Corsair, beQuiet, Seasonic, and EVGA that I have tested extensively.

We have a Guide to finding the best modular PSU’s here if you need some more specific recommendations.

I recommend buying a somewhat stronger PSU than you currently need. This way you can upgrade to more powerful components in the future without having to buy a new PSU.

Completed & compatible PC Builds for CAD

That’s about it for the Main Hardware Components needed for a great Computer for CAD Workloads!

Let’s take a look at some finished Builds at different price points, that will work well with CAD Apps such as Autocad, Solidworks, Inventor, Revit, and lots of others.

Keep in mind, that these are Performance builds and not Reliability/Support Builds. If you are responsible for CAD Computers at a large Company you might want to trade performance for reliability and support, but that, of course, is up to you.

Performance Builds: Best Computers for CAD

Best Computer for CAD, AMD ~1000$

Some Build notes:

AMD’s 3rd Gen Ryzen CPUs bring a lot of bang for your buck to the table and will make sure to accelerate your active work and Viewport Performance. The AMD Ryzen 5 3600XT sports 6 Cores / 12 Threads that clock fairly high and can blaze through some of your renders and simulations in no time.

At this price point, the Nvidia GTX 1660 Ti 6GB, 16GB of DDR4-3200 RAM, and the Adata XPG NVMe SSD easily step up to the task of making this a great budget PC-Build for CAD.

Best Computer for CAD, AMD ~1700$

Some Build notes:

Stepping up the performance at 1700$, this configuration brings an 8-Core Ryzen 5800X CPU with it, which clocks higher and sports more cores for faster active work and rendering. I added a third-party CPU Cooler, the beQuiet Dark Rock Pro 4 to the Build List, which is one of the best Air Coolers to keep the CPU nice and cool, even during sustained loads.

The Nvidia RTX 3070 Graphics Card is a workhorse that will enable you to do some fast GPU rendering and will handle any OpenGL/Viewport related tasks without any trouble.

32GB of RAM and a 1TBNVMe SSD make sure you can work on complex CAD Projects and have multiple of them opened at the same time.

Best Computer for CAD, AMD ~2600$

This 2600$ AMD PC Build brings with it all the bells and whistles that you can think of. Although the AMD Ryzen 5950X CPU has 16 Cores those cores clock even higher than lower-core CPUs and will make your active work snappy and smooth.

The GPU is an Nvidia RTX 3080 which is a beast of a Graphics Card that will blaze through your GPU Renders in no time. True, if GPU rendering or other GPU intensive tasks aren’t part of your everyday work, this might be a bit overkill, but for those who can make use of it, it’s a time-saver.

64GB of RAM makes sure you’ll almost never have to close down a Project or Software again and a 2TB SSD makes sure you have enough space for lots of Programs and Projects.

Reliability Build: Best Computer for CAD

Best reliability Computer for CAD, Intel XEON / Nvidia Quadro ~6350$

  • CPU: Intel Xeon W-2145, 8x 3.70GHz
  • CPU-Cooler: be quiet! Dark Rock Pro 4
  • Motherboard: ASUS WS C422 Pro/SE
  • Memory: 2x (or 4x) Kingston Server Premier DIMM 16GB, DDR4-2666, CL19-19-19, reg ECC (KSM26RS4/16HAI)
  • Storage: Samsung – 970 Evo 500GB M.2-2280 Solid State Drive
  • GPU: PNY Quadro P6000, 24GB GDDR5X, DVI, 4x DP
  • Case: Fractal Design Define S – ATX Midi Tower
  • Power Supply: Corsair Professional Series Platinum AX760 760W

This is an excellent Reliability / Durability / Stability Computer for CAD Applications with the potential of being granted Support from more picky Software Manufacturers.

The Xeon gets you ECC RAM Support and the Quadro offers Drivers with additional Features in many CAD Apps as well as 10bit Monitor Color output.

The price tag sure is hefty, but that is what you pay for reliability.

Custom PC-Builder Tool

Head on over to the PC-Builder Tool that lets you configure your Computer at custom price points for all kinds of purposes. It suggests parts that work well together and gets the maximum performance out of your budget.

CGDirector PC-Builder Tool

PC-Builder Facebook Title Image

Build your own Computer

Assembling your own PC has many benefits. It is much cheaper to buy the individual hardware Components and assemble them on your own.

It is lots of fun, easy and you learn a lot.

With that knowledge, you should be able to troubleshoot any problems that might arise later-on yourself, without having to bring your Computer to a shop to have it fixed.

You can upgrade parts on your own when newer and faster hardware is available and you learn a lot about how computers work, which never hurts!

Start by taking a look at what parts you need for building your own Computer.

After that, here is our PC Build Guide for you to read or, if you are the visual type, here is an easy to follow Video Tutorial on how to build/assemble your own Computer:

Best Laptops for CAD Software such as Autocad, Solidworks, Inventor or Revit

So what about Laptops? We have been talking about Desktop Computers all this time but fortunately, everything we discussed above can also be applied to a Laptop.

Whether you’re an engineering student looking for a new Laptop or a seasoned professional, the theory behind what is important in choosing a high-end Laptop for CAD Workloads is the same as in desktop Computers for CAD.

We will need a high-clocking CPU, an Nvidia GTX or RTX GPU, 16-32GB of RAM, and a fast M.2 SSD.

As the Hardware components in Laptops are usually supposed to draw much less power, the components will not reach the performance of a Desktop PC.

But that is to be expected from such a small enclosure. In a Laptop, you get the benefit of Mobility but trade it for performance.

We will differentiate between performance vs reliability/support, as both the Xeon CPUs and the Quadro GPUs are available for Laptops.

Best Performance Laptop for CAD Software

If it’s Performance you are after, you will want to lean towards a high-clocking CPU and a higher-end GPU such as the GTX 2070 as you will find in the following Laptop:

The GIGABYTE Aero 15 OLED 15″ Ultra Slim Laptop

Gigabyte Aero 15 Best Laptop for CAD

Image-Credit: Gigabyte

The Specifications on this Gigabyte Laptop are:

  • CPU: i7-9750H
  • GPU: GeForce RTX 2070 with 8GB of VRAM
  • RAM: 16GB RAM
  • SSD: 512GB PCIe SSD
  • Win 10 Pro
  • 15,6″ / 4K IPS Screen with a FullHD Resolution

Check the current Price here.

Some notes on this Laptop:

The Gigabyte Aero 15 OLED is the newest of a long line of excellent Laptops for Content Creators. It comes with an excellent 15,6″ 4K IPS Screen which performs admirably for visually demanding work.

The Nvidia RTX 2070 is a top-tier GPU with 8GB of VRAM and the Intel i7-9750H will make sure your active work and viewport experience is as smooth as it can get in a mobile form factor. The great thing is, it sports a Numpad, which is very rare in 15″ Laptops – I personally use the Numpad all the time, but you might feel differently.

If the Gigabyte hasn’t hit your sweet spot yet, here are two more great choices:

Best Reliability / Support / Stability Laptop for CAD Software

The Lenovo ThinkPad P52 (2018) 15.6″ Business Laptop.

Best Laptop for CAD Work - Lenovo P52

Image-Source: Lenovo

The Specifications on this Gigabyte Laptop are:

  • CPU: Xeon E-2176
  • GPU: Quadro P2000 (4GB)
  • RAM: 16GB RAM
  • SSD: 512GB PCIe SSD
  • Win 10 Pro
  • 15,6″ IPS Screen with a FullHD Resolution

Check the current Price here.

Some notes on this Laptop:

The Lenovo ThinkPad P52 has a 6-Core Intel Xeon CPU that boosts up to 4.4GHz. With 16GB of Ram, an Nvidia Quadro P2000 GPU, and a PCIe-M.2 SSD you will get the Reliability Workstation Experience inside a mobile Form factor.

That’s about it! What Computer or Laptop for CAD are you thinking of buying?

Find a new friend on the CGDirector Forum! Expert Advice & PC-Build Planning with a warm and friendly Community! :)

Alex Glawion - post author

Hi, I’m Alex, a Freelance 3D Generalist, Motion Designer and Compositor.

I’ve built a multitude of Computers, Workstations and Renderfarms and love to optimize them as much as possible.

Feel free to comment and ask for suggestions on your PC-Build or 3D-related Problem, I’ll do my best to help out!

Also check out our Forum for feedback from our Expert Community.


Hi Alex,
Thanks for all the info! This is great. My wife runs her own interior design business and she currently works with residential clients but is planning on expanding into the commercial world sometime this year. She uses Revit currently on a MAC through bootcamp and it’s super slow. So we need to uprgade soon. Also she needs a laptop for mobility purposes. I like your recommendation of the AERO laptop and I’m wondering what you would recommend for her because I see many different types on the Gigabyte website. I know you mentioned the AERO 15 OLED above, but what about the AERO 15 OLED YC, XC, or KC? Are these newer versions? Do they pack a punch more than she’ll need? I also was looking at the AERO 15 OLED YB and AERO 15 OLED YA laptops.

Thanks in advance for your help!



Hi Alex,
Im trying to build my personal workstation pc for $1500.
I ran software like 2D & 3D cad, tekla structure and revit.
I prefer ryzen cpu.
What set up will you suggest. Thanks


Super article, thank you. I just came across it in my search for a sensible price CAD build. I was considering the i5 10600K which has decent clock speed and 6 cores and I note it wasn’t mentioned. Would it be a contender on a Z490 board with 16gb 3200mhz DDR4? I am an F360 user and have low parts count models. Many thanks!


Hi Alex,
thanks for a great article.
I had to arrange the config. in a big rush, article was a big help.
According to currently available parts (crazy situation, espec. with cpu and gpu:)),
and your tips for a budget variant, configuration is as follows:

CPU: AMD Ryzen 7 3700X (4.4GHz, S.AM4), 8 core
CPU cooling: AMD original
MBO: Asrock X570 Phantom Gaming, DDR4
RAM: G.Skill Aegis 16GB (2x8GB) DDR4 3000MHz
SSD: Samsung Evo 970 500GB NVMe M.2
GPU: Gainward Pegasus NVidia GTX 1660 SUPER 6GB GDDR6
PSU: Zalman 650W, 80+ bronze, black
CASE: Zalman Z1

1000 € in Croatia.

Best regards!


Hi Alex,

Glad that I found your page, I was thinking of building my own PC since my laptop is very laggy. I will be heavily using Revit, Autocad, Sketch-up, Lightroom and Photoshop for mostly 3D modelling and rendering. I also have a huge database of raw pictures for photography, which is why I have lightroom.

Do you think that these specs is enough and future proof? Or way to overkill.

CPU – AMD Ryzen 9 5900X 3.7/4.8 ghz 12 cores 24 threads
RAM – Patriot AMD Blackout 32gb (2x16gb) DDR4 3600mhz
GPU – MSI RTX 3060 Ti Ventus 2x OC 8gb

Love to hear your opinion, on best value for money for the mentioned softwares and usage.