If you're looking for a great way to document your adventures, you can't go wrong with a GoPro. But, capturing footage of your exploits is only half the fun. To relive and share those incredible moments with your loved ones, you need to edit your videos. With so many video editing software options, which one should you choose? More importantly, which laptop would give you the best experience for GoPro video editing?
Choosing a laptop for Adobe Lightroom is not particularly hard – having a high-end graphics card is not necessary, laptops with larger and faster hard drives and memory are now commonplace. But it gets problematic when you have to take into consideration screen and upgrade potential.
Surely no sane man would go through all new, well-received and best selling laptops to find out what is the best one for Lightroom. But you’d be making a mistake if you call me sane.
So I compiled a list of 244 laptops (most of them are outdated, but they are always down in the list when comparing metrics). Then I compared them to their performance (using real benchmarks), storage, screen quality and weight. I have weighed all of these metrics according to what’s important to Lightroom – so you know these laptops are the best for their purpose.
In this post I’ll cover 8 best laptops for Lightroom and what’s so great AND what’s not so perfect about them. Also, I will make sure that anything above budget options will also be a viable option for other software you might end up using (khm khm.. Photoshop).
This time, unlike any other, I’ll start off with the laptops and then I’ll write about how did I end up choosing them. Finally, at the bottom of the article, I’ll give you the link to the spreadsheet covering all the quantified comparisons of these 240 laptops ranging from $370 to $3700!
Here we go!
2018 June 3rd update. Updated CPU, GPU write-ups, replaced all laptops and updated the spreadsheet!
I’m very glad that Autodesk put in the effort to outline various levels of Revit hardware/software requirements instead of just putting up a list of minimal requirements. This allows us to understand which parts scale better than others and where we should put our focus on.
Autodesk makes it very clear that the processor should be #1 priority:
“Highest affordable CPU speed rating recommended.” – Autodesk
Unlike other visual software (AutoCAD, Solidworks etc.), Revit does not need a powerful graphics card for rendering the drawings.
So what do I recommend?
For an entry model under 950$ – a higher-end Intel Core i5 model is a necessity. Anything above that should have a 5th-7th generation “i7” processor. In some rare cases (covered at the end of the guide), there are laptops under $900, that come with a fast i7 H-series CPUs.
Exact models, I am talking about are:
As per usual, 8 GB of RAM should be your starting point and 16 GB is the magic spot where you don’t have to worry about the memory (for the most part).
Right now, 1000$ is a good line to draw for what amount of memory is acceptable. Any laptop under 1000$ can have 8 GB of RAM and anything over that must come with 16 GB on board.
It does not matter much whether memory is DDR3/DDR4.
For Point Cloud interactions, it is required to have either a 10,000+ RPM hard drive or a SSD. Since laptops don’t come with HDDs over 7,200 RPM, that leaves us with only 1 option – a Solid State Drive. SSDs have fallen dramatically in price and apart from budget laptops – should be a part of any Revit laptop.
Now you need to draw a line on how much storage you need – 250, 500, 1000 GB? Most likely, something like 250/500 SSD + 1 TB HDD is enough. In that case, your OS, Revit, and projects you’re working on should stay on the SSD while older projects and general media can be moved to a spacious HDD.
There are some well-rounded laptops that don’t come with an installed SSD. In that unfortunate case, I recommend keeping 100$-200$ extra for 250/500 GB SSD (I’ve had the best experience with Samsung drives, but there’s plenty of good brands to choose from).
We’ve got down our 3 major requirements – processor, memory, and storage. Now any leftover budget should go towards making sure it lasts long, it has a great screen to look at and it can perform well when using other professional software apart from Revit.
You’ll be looking at it throughout the day (and once in a while – throughout the night), so we might as well make sure it looks good.
A good screen is essential in 3 simple ways:
Every screen can be broken down by its resolution, contrast, brightness and color gamut.
When talking about the resolution – go for Full HD (1920×1080). There’s not much reason to go above Full HD, especially when Revit developers do not recommend going above 150% DPI scaling. That simply means, that fonts and buttons in Revit will not scale properly at high resolutions.
Contrast should be 800:1 or more, average brightness should be 280 cd/m or more (which is ~20 cd less than usually advertised maximum brightness). Good contrast and brightness are mostly important when working outside or near a bright window.
Finally, color space/gamut is not usually mentioned with other specifications but some reviewers measure it. In that case, 90%+ sRGB coverage and 60%+ Adobe RGB coverage indicate a wide color space. That means that the screen can produce vivid colors. In some cases, you might need to manually calibrate the screen to minimize its color bias – tendency to be a bit too blue/green or red.
Solidworks can be very demanding even for a dedicated PC. That makes it problematic if you want to keep your budget low. Also, Solidworks is designed to take advantage of professional CAD graphics cards which introduce even more variables when looking for a proper laptop. Despite this, I’ve decided to take up the challenge to find the best laptop for Solidworks even if you have to keep your spending tight! So without further ado, let’s jump right in..