I think you understand that finding the best Linux laptop is not as easy as finding a laptop for a particular piece of software or a profession.
A mechanical engineer buying a laptop will at least know that the touchpad, audio, and graphics cards will be working. Anything else wouldn’t be acceptable. But this is not the case for Linux laptops. Even in 2017, there are a lot of issues when trying to stuff most Linux distros into a non-certified laptop. And if you’ve got a Windows laptop or a Chromebook – a problem with Linux is a problem you’ll need to solve.
But searching for the perfect out-of-the-box compatibility is an easy way to leave yourself with just a few options on the table. That’s why, I’m going to look for the laptops that are great overall while maintaining sufficient compatibility with Linux (as in, they have guides showing how to fix any or most of the issues that can occur).
In this post, I’ll start off with the basic prep-work: choosing a distro, what hardware we should avoid and what metrics are most important when in search for the best Linux laptop. Finally, I’ll list out some great options: Chromebooks, Windows laptops and workstations
It’s worth to note, as a programmer, I have a bias for a fast processor, a lot of RAM and SSD. That’s why some of the best Linux laptops for me might not match your needs if you will not be using your laptop for work.
Also, even though I have updated this guide in 2017, I haven’t found any guides on Ubuntu 17.04 so, but there’re a few on 16.04 LTS and 16.10.
Pick a distro upfront
First of all, if you already have made you mind on Linux distro – it will be easier to find a compatible laptop suiting your needs.
And if you haven’t – there are a lot of good Linux distros to choose from. Also, if you’re a user of some classic distro, remember that getting a new laptop can be one of the best times to try out a new flavor of Linux. For example, if you’d like to get a Chromebook for Linux, then GalliumOS (subreddit) could be a nice choice. Or maybe this is the time you’ll finally try out Elementary?
Specs for best Linux laptop
For modern processors, there are no limitations what processor you should choose. Of course, I am not talking about ARM CPUs but they too have their own ARM Linux ports, Arch Linux ARM (ALARM) being the most prominent.
In theory, there could be a few problems with a processor. Starting with kernel 4.3, Linux supports Skylake (6th-gen) i7 processor graphics. Also, any modern Linux kernel supports hyperthreading and dynamic frequency scaling which are the only problematic issues when installing non-supported OS. These were issues when searching for a laptop for Hackintosh, but for Linux it’s not a problem.
As always, use common sense when looking for a processor – if you need the best application performance, go for latest 4th-6th gen Intel Core i7 processors: i7-6700HQ, i7-6820HK, i7-7700HQ. Laptops with these processors can be found starting at $650, but for the most part, these powerhouses are usually within $900 – $3000 range.
As a mid-range option, U-series i7 (i7-6500U, i7-7500U) and HQ-series i5 CPUs are the best (i5-7300HQ). If battery life is more important than general performance, you can go for laptops under $700 with a more power-efficient i3 or i5 processor.
Finally, if you need a cheap Chromebook or something of its type – there are plenty of Intel Celeron laptops to choose from of very similar performance: N2840 , N3050, N3150. These processors dominate the market under $300. Though, if you’re not extremely tight on your spending, you would be better off spending an extra $50 for a laptop with i3-5005U, i3-5010U or i3-5020U processor. These are the cheapest Intel Core processors around but they are 2-3x faster than Intel Celeron models by their PassMark and 3DMark scores.
Integrated graphics (Intel)
To make matters simple, if you are not going to use your Linux laptop for gaming or working with multimedia – just choose integrated graphics. Intel HD Graphics no longer means that the laptop has crap-tier video – it’s actually suitable to play some basic games including some Windows games on PlayOnLinux or just plain old Wine.
Dedicated graphics (Nvidia)
Most of you probably already know the reason why I’m steering away from dedicated graphics. These days, “dedicated video card” usually means Nvidia video card. And all Nvidia’s cards come with Nvidia Optimus technology which allows turning off the video card if it is not absolutely needed. This saves A LOT of battery life and is a must if you want to use your laptop on battery for more than a few hours. In theory, it sounds great. It even works in practice… on Windows.
There’s no official support for all of Nvidia Optimus on Linux. That makes Nvidia cards a non-working piece of garbage or at least a handicapped version of what you’d be getting if you were using Windows.
TL;DR Lack of Nvidia Optimus on Linux transforms all dedicated graphics cards into as good as non-existent or a power drain. No wonder why Linus Torvalds gave Nvidia the finger.
Though, there’s some light at the end of Nvidia tunnel. There were some attempts from Nvidia to add Optimus support but their Nvidia Prime drivers allow switching graphics only manually and only on a session basis.
There’s also an independent BumbleBee project which tries to do what Nvidia couldn’t. From all known solutions, it works the best but it has its own caveats and is not “seamless”. After looking at its BumbleBee’s GitHub repository, it seems that BumbleBee hasn’t been updated in 3 years. Ouch… so do not expect many updates on this front.
You can read more about the state of Nvidia Optimus support here.
Therefore, before you buy a gaming or multimedia laptop for Linux, research if anyone else got their video card properly working on that model.
4 GB can be enough in many cases. Though that depends on your chosen distro and how you’ll be using your new laptop. For professional use, you should start with at least 8 GB and preferably – 16 GB.
Touchscreens are supported in Linux but their usage depends on your particular desktop environment. I haven’t tried that many of them but from what I’ve read, Unity, Gnome, and KDE are best when it comes to touchscreen support.
4K resolution (and UHD, QHD, etc) might be problematic to setup. UI elements might be very small and you might need to set DPI scaling before window manager starts. Also, there are vast differences between how Linux window managers handle these high resolutions. I heavily recommend looking through ArchLinux Wiki article on HiDPi.
Apart from that, remember to do a basic check of screen metrics – just because it works flawlessly on Linux does not mean it’s good. Knowing panel type (preferably even its subtype), resolution, brightness, contrast and color gamut coverage can all be important depending on your type of work. Usually, these metrics can be found in 3rd party reviews.
Here are some basic figures you should look for if getting a laptop with a great is crucial to you:
|Good starting point||Professional|
|Brightness (avg.)||260 nits||330 nits|
For the most part, Broadcom Wi-Fi chips are not supported (!). Most other brands play nicely with Linux or can be made to do so. If Wi-Fi does not work out of the box, you might need to install non-manufacturer drivers or to create a custom config.
You should always check if there are any reviews, forum posts or if the manufacturer’s tech sheet specifies Wi-Fi card that is used. But be aware, that some laptop models come with different Wi-Fi chips depending on their series and the region laptop was made for. That’s why, if you’re getting a new and untested model, you’re never really guaranteed that Wi-Fi will work out of the box.
In some cases, Wi-Fi chips can be replaced, especially in 15″ and 17″ laptops. Worst comes to worst, you can get a USB Wi-Fi stick. Here’re a few popular options for Wi-Fi:
- USB sticks: Panda Ultra (150 Mbps), TP-LINK AC600 (up to 600 Mbps)
- Mini PCI-Express chip (Intel Ultimate N 633ANHMW)
- M.2 chip
The last significant update to storage drivers came in 3.3 kernel which introduced NVMe support for faster PCIe SSDs using NVMe instead of SCSI. You can even add a command line interface to NVMe if you prefer to keep tabs on your hardware.
Apart from that, there’s not much left to say about storage. SSD or not, just get what matches your needs.
Here’s a list of certified/tested hardware or even entire laptops.
Ubuntu Certified hardware
Ubuntu Desktop certified hardware
ArchLinux Wiki Laptops
Best laptops for Linux
There are a few places to buy laptops with Linux already pre-loaded. At the same time, if there isn’t a good deal at the time, these laptops can cost more than the mass-market Windows laptops. If you want more variety, especially in form-factor and design, you’ll need to get a non-Linux laptop with sufficient compatibility and drag it to the Linux realm by yourself.
I will not cover these laptops as there are very few options, but if you want a Ubuntu workstation, System76 laptops can be a good place to start with. Getting a laptop with a Linux distro already installed will save you some time and you shouldn’t rule out these laptops out in your search for the best laptop for Linux.
Let’s start off with the links and projects that you should keep in mind before buying a Chromebook for Linux.
Crouton. Boot environment for booting not ChromeOS.
(Github repo, Guide, Subreddit)
- Chromebook Unix: “Install Linux onto your Chromebook. Dual-boot alongside ChromeOS for maximum flexibility”
- John Lewis Firmware ROMs
- ArchLinux Chromebook hardware comparison
Chromebooks for Linux
- Entry-level models
Google Pixel (2015)
Intel Core i7-5500U, 16 GB RAM, 64 GB SSD, 12.85″ 2560×1700
Google Pixel is definately one of the best laptops for Linux. But considering its specs – it is a bit overpriced – unless you insist on getting a top-of-the-line screen.
- [$1300] Google Pixel (2015)
There is a good list of laptops on Google Chromebook site.
Dell XPS Series
Dell has embraced Linux and has been offering Linux-driven models for quite a while. Their latest Ubuntu-infused model is Dell XPS 13 (Developer Edition). It comes with Ubuntu 14.04 (which I guess you’ll upgrade anyways). You also could just get the Windows version of XPS 13 and load your distro to it. There are a few great deals of its refurbished versions if you want to save a nice chunk of money.
Lenovo Linux Laptops
There isn’t a single thread on any forum where someone doesn’t mention their close-to-flawless experience with Lenovo laptops – especially ThinkPad X series. There’s a whole wiki just on ThinkPad Linux.
There are other well-received Lenovo models that are suitable for Linux. A few good examples:
- most ThinkPads in X series (there are problems with X250 and X260)
- Lenovo ThinkPad T460s
- Lenovo Thinkpad T540p
- Lenonvo W540/550
- Lenovo Yoga 2 Pro
A few years ago, getting a ThinkPad X series would be an easy and very obvious choice when searching for Linux laptop. But now, most of them are either outdated, or they are niche models that can be substituted with products from other brands.
HP Laptops for Linux
HP is one of the best laptop brands (or at least, was) when it comes to Hackintoshing. They’re not that bad when it comes to Linux too. Right now, I would recommend getting HP Envy 13 or HP Spectre x360 (more about them in a minute).
My recommended Linux laptops
There is also a 15-inch version (Asus Zenbook UX305):
What doesn’t work:
- Fingerprint scanner
There also is a slightly more expensive 2-in-1 HP model: HP Spectre x360
What doesn’t work:
- Screen orientation sensor
You might need to jump through a few hoops until everything is in order. Here’re a few links to get it running on some popular Linux distributions:
- In-Depth Review of Laptop Functionality (Archlinux)
- Dell XPS 9550 Hardware Setup Guide Still Applies (Archlinux)
Table of Best Laptops for Linux
|ASUS ZenBook UX303UA||$800|
|HP Envy 13||$810|
|ASUS ZenBook Pro UX501VW||$1,500|
|DELL Precision M5510||$1,500|
|Dell XPS 15 9560||$1,900|
Often Apple’s hardware can play nice with Linux (as OS X is based on Unix). Despite that, there are often some issues with MacBooks and at least in my opinion, there are more dollar-efficient ways to get a good Linux machine. After all, OS X is one of the main reasons to get a MacBook.
- Pick a distro
- Decide on your budget limits
- Get a Chromebook or a mostly compatible Windows laptop
- Always check for guides/reviews/complaints from other Linux users – preferably of your own distro or the same distro family. You can save a lot of time if you’ll know how exactly your distro will need to be installed (or if you should even build kernel on your own)
- Configure the system to solve possible touchpad, touchscreen, function keys issues