Two things you need to know if you want to find the best laptop for Revit:
- What kind of user are you? A student or a professional or someone moving from site to site?
- What are the size of your projects? less than 50MB? close to 1GB?
The truth is…
99% of students will only deal with small and simple projects (>50MB) so they can get away with any laptop with a dedicated GPU on board and in some rare cases they may not even need a dGPU.
Pros or those with years into the industry will deal with projects anywhere from 50-700 MB. This obviously means bigger and more complex models, in which case a dGPU is a MUST and not just ANY will do.
Contrary to what you might read on other sites though you don’t need a workstation laptop.
Revit is one of the least hardware demanding CAD softwares. So you definitely don’t have to shell out 3k$ for ANY type of laptop.
If you are a student or if you are Professional looking to simply draft/edit (even a 20 story building during class or for a meeting) and you can leave rendering to the school lab or your rig back home, options becomes even cheaper.
But don’t understimate Revit either…
And fall into the trap that graphics cards are not important. They CAN be even if you’re just toying around with the software.
So before we go over the 5 best laptops for Revit, let’s go over what you need to know about the hardware for Revit.
Revit Laptop Requirements
In this section I’m going to be brief and go over the hardware side of Revit. If you want to know all the details, there’s a section below in which I go through all the details.
Revit is a RAM hog. Either 8GB (~50MB) of RAM or 16GB(~700MB).
As of 2021, unlike past versions, Revit does benefit from multi core CPUs and not just for rendering.
But yeah it’s still mostly “frequency bound” which means clock speeds will dictate how fast you interact with the software. For fast rendering, the more cores you have the better.
Students or small models: 8th, 9th, 10th and 11th gen Core i5 CPUs and 3rd,4th gen Ryzen 5 chips should be more than enough. Basically ~3.5GHz clock speed / quad core CPU.
Pros with huge models: 8th,9th,10th gen Core i7 chips or 3rd 4th gen Ryzen 7 chips with an H on it. ~4.0 GHz!
You MUST get an SSD. Listen to me now and believe me later. They’re almost universal if you get a 2020 or 2021 laptop though, double check, you shouldn’t have to upgrade your laptop to get one.
Forget this brightness, contrast ratios,nano edge display nonsense. You don’t need that for Revit unless you are editing photos for national geographic.
You’re going to be staring at this thing for how many hours a day? Right. Be kind to your eyeballs and get a 15” display with FHD. 17” FHD if you are not moving around too much. A Matte finish will reduce eye strain too.
Discreet GPU. I’m not moving this one up on the list because the difference between a discrete GPU and a cheap integrated GPU isn’t abysmal for small sized models.
Student or small projects:MX350,MX250,1050,1050Ti, AMD Radeon RX 55X (540,550,555,560).
Pros or large projects: 1050Ti,1650,1060,1660Ti,AMD Radeon 580, AMD Radeon RX5500M, RTX 2060. The last two are kind of pushing it but who knows if you’re really into Revit you might need in the future.
Top 5 Best Laptops For Revit
There are two ways of going about purchasing a laptop for Revit, if this is your tool of work, where project file sizes and models are huge AND you need to unlock very specific plugins/function then you MAY NEED either a workstation or a laptop with a mid-range consumer GPU(the ones listed for Pros) which can cost up to 1500$.
If this is for small-medium projects to show clients or design on the fly with ~45MB file sizes then all you may need is a laptop with a modern CPU and perhaps a dedicated “entry” level GPU.
We’ll start with the latter, those to work with small size models then go over laptops that can handle much bigger project sizes.
It’s very important you read description carefully otherwise you may end up with a laptop that’s way too powerful and that you will never put to good use or an underpriced little laptop that can’t even draw a roof.
1. Acer Nitro 5
Best Budget Laptop for Revit
Intel Core i5 9300H
GeForce GTX 1650
256 PCIe SSD
15” FHD 1080p IPS
My top recommendation for students would have been something like an Acer Aspire 5 with a MX350 but this year’s model is a little too expensive for the “entry level” GPU.
For just 50$ more dollars or even less, you can get a 1650GTX these days exactly like this model.
A 1650GTX is many times more powerful than a MX150/250/350 . It’s really a no brainer unless you’re realy short on a cash and can’t shell out an extra 50$ bill.
Who is this laptop for?
This is something Professionals and architects can safely use. It’s not going to feel sluggish even if you deal with projects in the ~100MB with revit links. (An MX350 will give you some trouble with that though).
It’s not the most ideal laptop because there are laptops with much better GPU & CPUs that will render much faster but it will do if you are on a budget because today’s CPUs have around 4GHz and 8 threads which is a huge jump from what we had a few years ago.
If you want to speed up rendering a bit, you can upgrade the RAM to 16GB. We like this model because it’s easy to do so on it.. You can buy the second memory stick here .
2. Lenovo IdeaPad 3
Best Cheap Laptop for Revit
AMD Ryzen 3 3200U
256GB SSD NVMe PCIe
This is a laptop for those on a really really tight budget.
It is well known that Revit can run on laptops without a dedicated GPU and you can even render no problem.
The problem is going to be how fast you’re going to do those things. Rendering surely is going to take a while and that’s not because of the GPU but the processor which is great for everything else except 3D renderers.
The processor will however be fast enough for you to apply effects, edit, draw, sketch and so on without frustration.
The issue will start when you use viewport/navigate through a detailed house with an integrated GPU. It’s doable but by no means buttery smooth.
if your models are relatively simple, let’s say simple houses/apartment complexes with files less than 50MB , or relying on sketch up and AutoCAD more than revit or if you’re using Revit without relying on viewport too much then you will be OKAY!
The Best Laptop For Revit
Ryzen 5 4600H
GeForce GTX 1650
512GB PCIe SSD
15 ” 144Hz Full HD IPS
This is the laptop I’m using right now and which I bought back in December.
It used to be around 750$ but the high demand has increased the price to around 810$.
I still think it’s a great deal.
Yes it is 60$ more expensive than the Acer Nitro 5 but in exchange you get a huge boost in clock speeds (this makes drawing faster) and more cores (faster rendering).
Definitely geared for someone already working.
The only downside is the 144Hz display, it’s nice and all but kind of useless for interior design. If you do game a lot, it’s a HUGE perk though.
Quad Core i7 10th gen
NVIDIA GTX 1650GTX /1660Ti 4-6vRAM
512-2TB NVMe PCIe SSD
15” Pixel Sense (3000×2000)
The Surface Book 3 is another powerful high end laptop. It’s really just as powerful as the Acer Nitro 5 and the ASUS TUF but a lot more expensive with very good reasons.
It’s ultra portable and has a stylus which you can use to draw on it.
I’m putting this one on the list because I know there are some architects looking for something ultraportable to take to site visits or just want to have the ultimate presentation machine for conferences while handling Revit with no issues whatsoever.
Obviously because of it’s note taking features and portability, it’s also a great choice for students.
How about the less Expensive Surface Pro?
The Surface Pro has the same functionality of the Surface Book 3 but it doesn’t have a dedicated GPU and it has weaker choices for the processor.
However, if you just need something like the Book to draft/design and make presentations (walk around & draw on sites while presenting) or just share your designs at a confirence or to your clients , you may be fine with it. In other words, no rendering, not going crazy with viewport especially with very big models. You’ll struggle as you step into projects with ~4500sq feet
Now both, the Surface Book and the Pro, can be turned into a desktop like environment by using the “dock station” you can buy separately, it basically gives you the ports you need to attach an external display, a mouse and a keyboard.
Intel Core i7 10750H
NVIDIA Quadro T2000 4GB
17” full HD IPS Anti-Glare
There’s a huge caveat when shopping for workstation laptops. Usually they will be very overpriced because consumers just think that any workstation GPU is worth a lot of money and should be at least as powerful as mid-range or high-end GPUs.
Okay, now a workstation laptop.
This one should only be considered by very very few people, and I mean 1% of the architects/revit users who’ve landed here. If you want more power, this is not going to give you more power the T1000 and any of the T series are almost as good as a 1650GTX GPU.
However, it’s going to reduce errors down to zero and increase compatibility with any type of project regardless of links/point maps,etc. Basically, it’s going to be more stable for plugins and it’s going to be less likely to crash, less artifacting as you add more complexity to a model/links.
Other workstation laptops:
Now when choosing a workstation laptop you need to be aware that the prices can be ridiculous because workstation laptops are kind of difficult to tell apart by the average user.
Most sellers take advantage of this and will even charge an extra 500$ or 1000$ dollars for a workstation laptop that was made like 5 years ago and you bet most people fall for it just because they see the magical “QUADRO” word on the description and go crazy.
There are more powerful and recent workstation laptops but I haven’t come across to something that I know I would need their power for Revit, just type RTX Quadro on Amazon to get a complete list.
Browsing around that thisRTX 5000 model is the most expensive and most powerful you can get and the one I posted here is not that powerful but the most affordable one with enough power for most architects.
What about MacBooks? Which is the best apple laptop for Revit ?
The most powerful MacBook Air is pretty much the same as the Acer Aspire with a Ryzen 3 CPU, not the best performance for Revit but good enough for those students.
As for the MacBook Pros. You won’t find them Pros with a better graphics card than the 1060GTX that the Dell Inspiron Above has. In other words, the best apple laptop for revit right now will have a performance just below the Dell Inspiron and above the Acer Aspire with the MX150 first on the list. You’ll also have to rely on bootcamp (since Revit can only run on Windows).
How To Buy The Best Laptops For Revit
The best place to start is by remembering that there is no single laptop out there that can “run” Revit comfortably, it all depends on how big your models are (measured in MBs).
If you are a student you may only be dealing with a simple architectural model that will run smoothly with a budget laptop.
But if you are a pro working on a huge collaborative project at a company, you may have models that will get bogged to 1 frame per second despite having the craziest most expensive machine out there.
Again depending on the complexity of your model or the amount of links it has, the system requirements will vary. If you are using Revit Structure Revit Achitecture
Revit System Requirements For Laptops
Note that these recommendations appl for all of Revit different packages: Revit Structure, Revit Architecture & Revit MEP .
With that in mind, let’s go over the components you need to consider in order of priority to find the best computer for revit.
*These recommendations are based on a lecture by AutoDesk University, my past experience and a few users input (from reddit) who’ve used the software on different laptops.
If there’s any term you don’t understand, you can always go to the rightside bar and check my post explaining basic computer terminology.
This is the single most important component behind Revit, more than the graphics card and RAM.
Revit started as a single-threaded application, that is, CPUs with “4 cores” or “2 cores” did not really improve performance. Almost everyone is still saying the software is mostly frequency bound, in other words, it only depends on processor’s speed (measured in GHz) and not the # of cores it has.
It is not completely through though, Revit does use multi-core CPUs for visuals (calculating walls and pipes intersections) and loading all the elements in views.
I believe this started in 2016 where a new engine was implemented.
More explicitly, here are all the functions in Revit that take advantage of multi core CPUs.
As you can see it is limited to a few functions. You should focus first on picking up a laptop with the highest frequency and then consider the number of cores.
The Maximum from non-workstation laptops today is 4.2GHz from Intel Core i7 processors though you don’t need to go that far and anything in the range of 3GHz is good enough.
If you are professional dealing with very and extremely large sized projects, then the highest you can invest on is a Intel Core i7 HK (overclocked Intel CPU) that can go beyond 4.2GHz. These processors already have four cores.
Students will be okay with pretty much any Intel Core i5 or any CPU above 3GHz.
Rendering has always been a multi-core dependent task in virtually any software out there.If you have no other alternatives for rendering but your laptop.
If you are a student opt for Intel Core i5 8th gen (U series) or Core i7 7th gen HQ (quad core) processors.
Professionals rendering larger projects on a laptop workstation will definitely need an Intel Core i7 Quad Core processor or the Intel Xeon Processor unless they want to wait +12 hours for rendering.
It goes without saying this is the trickiest decision you’ll make. Buy the wrong graphics card and you’ll be forced to turn off hardware acceleration. Then your workflow will be horribly affected as you face two second delays between operations because your crappy GPU has to redraw the view like an etchasketch.
The good news is Revit is not very taxing on GPU, your average 3D game will tax it way more than Revit ever will.
Why do I need a good Graphics Card then?
A high-end expensive graphics card will only help you for viewports.
By viewport, I mean the 3D View of your work: panning, zooming, orbiting,rotating,etc.
What about rendering?
Revit does not use the GPU for rendering, this may not be the case for other AutoDesk products but it is for Revit.
If you have to wait 40 min for rendering, you’ll still have to wait 40min even if you have the most powerful graphics card on your new laptop. As I mentioend before, focus on number of cores (in your CPU) to cut down rendering times the most.
The truth of the matter is you don’t need a 3k$ workstation laptop with a “certified” graphics card or any of the revit certified laptops. It’d be nice if you could afford them but you don’t have to rob a bank to use it for Revit.
More explicitly, let’s go over your three options.
Integrated Graphics Cards (Intel HD)
You’re playing with fire with Intel HD Cards but they will work for you in some instances.
You may save yourself 1000$ dollars because laptops with Intel HD cards are around 500$.
If you work on smallish projects (file sizes up to 50MB). As long as you have an Intel Core i5 processor + 8GB RAM and disable hardware acceleration, you’ll be OK without them.
But if you happen to come across a different project with a larger file size, it will lag a ton/start to get choppy when you want to rotate or zoom it for details.
If you are a student you more than likely get away with it, just ask your supervisor the file sizes you’ll be dealing with.
For larger file sizes (100MB-700MB), you’re only choice is a dedicated graphics card.
But even if you are pro you don’t really have to shell out for an expensive Workstation Card which are mostly available on 3000 dollar machines..
Whether you are a student or a Pro, consider getting a gaming card. Why?
Much larger market, similar hardware and the generally tech-savvy gamer community keeps their quality high (if not they are shun down by terrible reviews) and their prices competitive (because of the huge competiton between all those gaming brands) They’re even cheaper if you get last years’ model!
There are a few disadvantages besides having the huge gaming tag on the back though:
- Not all of them are compatible with Revit so you need solid proof if they work. All 9th and 10th gen are OK though. (GTX 960M, GTX 1050, etc)
- You will not get customer support from either AutoDesk or Your Laptop Company.
- Yes, you will get a few “more” bugs but they won’t halt your work at all. They definitely do not in any way justify the price they put on those workstation cards.
These cards are not necessary, they are extremely expensive but extremely useful for all CAD software just not revit.
A few advantages to consider though:
- Guaranteed compatibility out of the Box
- A few cool features for other CAD software (ECC)
- A few less bugs and glitches with Revit (you’ll still have them but much less frequently)
- Official support from AutoDesk if something goes wrong with Revit.
- Will let you run a few plug-ins like Leica Cloudworx.
Keep in mind they are not really better than GeForce (consumer gaming) cards for all instances . In fact, they can actually perform much slower sometimes, this has been reported by the AutoDesk Community when users ran very large complex models with viewport.
If you are a student, don’t even think about them. If you are Pro, the advantages might be useful to you, the call is on you.
Revit is a ridiculous RAM hog. The more details and links you add to your models, the more RAM you’re going to need. Adding objects or items (as opposed to simple shapes) to a model will cause serious slowdown when rotating a 3D View of it or just when opening the file itself.
Students should be fine with 8GB.
Pros with a good budget (or +5 revit links) should get 16GB RAM.
This is second most important component after your CPU.
If you are short on cash and can’t afford a dedicated GPU, your money will actually be better spent on a SSD.
The storage speed will help far more than a dGPU in terms of performance.
- Revit comes stocked with a library of materials for your diagrams (surfaces, textures, lightnings,etc).
- You’ll also be creating your own materials further expanding your library.
All of these written in huge data file sizes which need to load up when you start up the program and open up a model. In other words, you need to write/read files FAST.
And SSD can read up to x17 faster than traditional HDDs.
The problem is their size, they’re in the range of 256GB-512GB for laptops.
If you are a student, 256GB is plenty.
A profesional will need at least a 500GB SSD if an SSD will be their only hard drive. If possible a 256GB+1TB HDD combo would be best.
*Keep in mind they’re also more reliable if you are constantly on the move ( they’re more resistant to physical damage).
Forget contrast ratios, brightness levels and all of that nonsense. In fact, as long as your screen is not defective you’ll do just fine.
Just consider the resolution and type of display. Even then…most laptops equipped with a dGPU and a good CPU already come with the perfect display for Revit so there’s really no need stress about the display.
Still be aware of the following:
Matte vs Glossy
My personal intake on this is to have a Matte Display (be it IPS or TN screen). Matte displays will protect your eyes from reflections that may happen when working in a bright areas.
A nice bonus is an IPS display for better viewing angles and looks a lot nicer (I’ve had both) that’s about it.
You could get away with anything for Revit but not resolution.
The New Autodesk layout does not do well with 768p or 900p resolution or even high resolution screens 2k and 4k.
If you ever encounter a laptop and find issues with Revit, it’s more than likely your laptop’s resolution is set too high or too low.
Just set it to 1080p and BOOM , Revit will work better than ever.
4K panel will make some icons on the bottom bar look very small, the quick access tool bar may not show up plus they’re extremely expensive.
If you end up with one, you can always scale it down though, which is just the same as buying a 1080p display. Waste of money.
In the end you have to decide between portability or performance, if you are thinking of producing huge file sizes for your projects then a portable laptop is out of the question and you’d need a high end gaming laptop.
If you are a student you could possibly get away with a low end laptop, just make sure you still get the right features with yours.
Working on large projects in Revit is more about file management than brute force. Use worksets, linked files, and a clean family library and you should be okay.