They have a point. I’m in the market for a new laptop and I have, so far, returned two of them.
First, I tried a Huawei Matebook 16. I was foolish, but I thought it was “easy”. No NVidia, no dGPU at all - just part that looked very standard. It was based on the info I had gathered from a few years of Linux usage: “Basically avoid NVidia and you’re good”. It was anything but. Broken suspend, WiFi was horrible, random deadlocks, extreme slowness at times (as if the RYZEN 7 wasn’t Ryzen 7-ing) to become less smooth than my 5 year old Intel laptop, and broken audio codec (Senary Audio) that didn’t work at all on the live, and worked erratically on the installed system using generic hd-audio drivers.
I had a ~€1500 budget, but I raised it to buy a €1700 ThinkPad P16s AMD. No dGPU to speak of, sold with pre loaded Linux, boasting Canonical and Red Hat hardware certifications.
I had:
Broken standby on Linux
GPU bugs and screen flickering on Linux
Various hangs and crashed
Malfunctioning wifi and non working 6e mode. I dug, and apparently the soldered Wi-Fi adapter does not have any kind of Linux support at all, but the kernel uses a quirk to load the firmware of an older Qualcomm card that’s kinda similar on it and get it to work in Wi-Fi 6 compatibility mode.
Boggles my mind that the 2 biggest enterprise Linux vendors took this laptop, ran a “thorough hardware certification process” on it and let it pass. Is this a pass? How long have they tried it? Have they even tried suspending?
Of course, that was a return. But when I think about new laptops and Windows 11, basically anything works. You don’t have to pay attention to anything: suspend will work, WiFi will work, audio and speakers as well, if you need fractional scaling you aren’t in for a world of pain, and if you want an NVidia dGPU, it does work.
Furthermore, the Windows 11 compatible CPU list is completely unofficial arbitrary, since you can still sideload Windows 11 on “unsupported” hardware and it will run with a far higher success rate than Linux on a random laptop you buy in store now. Like, it has been confirmed to run well on ancient Intel CPUs with screens below the minimum resolution. It’s basically a skin over 10 and there are no significant kernel modifications.
To be clear: I don’t like Windows, but I hate this post as a consumer of bleeding edge hardware because it hides the problem under the rug - most new hardware is Windows-centric, and Linux supported options are few and far between. Nowdays not even the manufacturer declaring Linux support is enough. This friend of mine got a Dell XPS 13 Plus Developer Edition, and if he uses ANY ISO except the default Dell-customized Ubuntu 20.04 audio doesn’t work at all! And my other friend with a Dell XPS 13 Developer Edition has various GPU artifacts on the screen on anything except the relative Dell-customized Ubuntu 20.04 image. It’s such a minefield.
I have effectively added €500 to my budget, to now reach an outrageous €2000 for a premium Linux laptop with no significant trade-offs (mostly, I want a good screen and good performance). I am considering taking a shot in the dark and pre ordering the Framework 16, effectively swaying from traditional laptop makers entirely and hoping a fully customized laptop by a company that has been long committed to Linux support will be different.
I’ve thrown Linux on every laptop I’ve ever owned, and a couple of family members laptops as well and the past 15 years and haven’t encountered 1/10th of the issues they you have.
Complaining about broken suspend is funny because Microsoft basically killed S3 sleep in favour of the battery sucking S0. If anything it works better in Linux because you won’t open up your laptop to find that Windows Update removeding ran in the background while it was sitting closed in your backpack and rebooted.
I think your issue might be more of an AMD issue. They have a long history of buggy mobile hardware even on Windows.
I mean hell I threw Fedora on to my Intel MacBook Pro and the only real annoyance I had was not being able to reliably disable the SPDIF light in the 3.5mm jack.
I’m currently using the non-linux version of the XPS 13 2-in-1 and my OS experience is actually the opposite of your friends. I can install any Linux ISO without issue, but the standard Win 11 ISO refuses to work because it can’t detect any storage drives.
As far as daily driving Linux on it, the only things that don’t work are the fingerprint reader and webcam. It’s a bit of a piss off given that non-touchscreen version uses similar spec hardware that does support it but it doesn’t really affect daily use.
I’ve never had suspend work correctly on Linux. It’s always been buggy in Windows as well. You can boot from SSDs about just as fast as waking from suspend, so I don’t even try to use it anymore.
Have you tried updating the kernel? If it’s been rated to work with a certain Linux distribution and it doesn’t work on yours then chances are that the distribution they tested with is using a newer kernel.
That being said new hardware can be quite problematic on Linux. I personally haven’t had issues with Huawei Matebooks provided I installed the newer kernels, but Apple Silicon was a nightmare.
Probably marketing speech for “an intern tested it once with the default setup and he reported there were no errors”
Broken standby on Linux
That is sometimes broken because of broken UEFI/ACPI implementations which the Windows drivers were made to respect and work around, but the Linux drivers who are often developed not by the hardware manufacture himself but rather 3rd parties who implement them according to the available docs/specifications, will then result in a semi-broken functionality because implementing something according to the specification doesn’t mean much unfortunately if there are quirks or bugs you have to circumvent as well. This improves over time though with more adoption of Linux. When you compare the hardware support of Linux today vs. 20 years ago, it’s become much, much better already due to more developers and users working on it / reporting issues, and also more and more hardware vendors becoming actually involved in the Linux driver development.
GPU bugs and screen flickering on Linux
Various hangs and crashed
Definitely not normal. But it’s likely that it’s just a small configuration or driver issue. Since you didn’t provide any details, I just leave it as “easy to configure properly”. I get that it would be cooler if it worked OOTB, but sometimes that isn’t the case. It goes both ways, as well. It’s hard to generalize based on few occurrences, but I also had problems long ago with a mainboard with its Realtek audio drivers on Windows which didn’t work. Don’t remember the details because it was long ago but I had to hunt for a very specific driver version from Realtek (wasn’t easy to find), and couldn’t use the one the mainboard vendor provided as the Realtek driver, nor the one provided by Windows by default.
Anyway, of course Windows is generally better supported on most notebooks, I won’t deny that, but that’s simply due to market share, not because it’s somehow made better. That’s important to realize. If Linux had 80% market share, it would be the other way round, every manufacturer would absolutely ensure that their driver will work on all their distro targets and all their hardware models. In the Linux world, the drivers are sometimes made by 3rd party developers because otherwise there would be no driver at all, and so it’s better to have a mostly functional driver than none at all. And that’s also just because the vendors CAN ignore Linux based on marketshare. They shouldn’t, but they can, and it makes short-term financial sense to do so, so it happens.
Of course, if they market some of their models as explicitly Linux-friendly, they should absolutely ensure that such things will work OOTB. But even if they don’t, it’s usually not hard to make it work.
new laptops and Windows 11, basically anything works
Only because the manufacturer HAS to ensure that it works, while he DOESN’T HAVE to ensure that Linux will play nice with that hardware as well. I recommend using either notebooks from Linux-specific manufacturers (I had good experiences with Tuxedo for example) or you continue to use the “Linux-centric” notebook models from Dell/HP/… and then simply troubleshoot any shortcomings these might have.
I don’t know the model but it’s very likely that it’s a simple configuration issue. And I wouldn’t recommend using the manufacturer’s default OS. Especially not with Windows notebooks. Always reinstall a fresh, unmodified OS, and work from there. I’d even assume that if you leave out any vendor-specific software or kernel modules, your problems will probably vanish already.
I have effectively added €500 to my budget
That’s an unfortunate reality also in other areas. Smaller vendors can’t produce in mass quantities, and so they have to sell their stuff for more money, even though it seems counter-intuitive at first. But this is also the case with e.g. the Librem 5 mobile phone which is also very expensive (but a great option if you want a mainline Linux phone) [in this case, it’s very expensive becaue you not only pay for the hardware, but also for the software development time], or well anything which isn’t cheaply produced on a mass scale where you get volume discounts. So in a sense, if you want to change the status quo, you have to pay extra. So yes, buying a brand new Linux notebook isn’t cheap, unless you want to specifically use an older notebook where Linux also happens to run on. But on the other hand, buying a pure Linux notebook also should generally ensure that it will work well. Similar to how when you buy hardware from Apple, they will ensure that OS X runs well on it.
I don’t think that you can generalize anything from your or your friend’s experience, so it seems likely that your friend misconfigured something or installed something the wrong way, leading to such stability problems. General tip: stability issues are almost always driver-related. Same as on Windows. So first try to remove all non-essential drivers (kernel modules on Linux) and see whether that improves stability. And, of course, check the logs. In most cases, they will point out the issue. I’ve also installed Linux on several “Windows-only” (not marketed as Linux compatible) notebooks and it ran just fine without ANY stability or graphics issues. I have a Lenovo ThinkPad for work and it runs Arch Linux, it’s probably more stable than the Win11 it’s supposed to run with. At least among my colleagues who run Win11 on it, I’m the only one who didn’t yet have a driver or update issue within its lifespan. One of those colleagues even had to reinstall Win11 after a borked update. I also use Tuxedo notebooks (Linux-compatible by default) personally and they’re great as well. But of course I never use vendor-supplied software, so I’m not affected if such software behaves badly. I always configure my systems the way I want them, starting from a vanilla base.
Why would you throw away so much money for new and removedty hardware, if Linux runs perfectly on old robust devices, which can be bought for a fraction of what you invested?
They have a point. I’m in the market for a new laptop and I have, so far, returned two of them.
First, I tried a Huawei Matebook 16. I was foolish, but I thought it was “easy”. No NVidia, no dGPU at all - just part that looked very standard. It was based on the info I had gathered from a few years of Linux usage: “Basically avoid NVidia and you’re good”. It was anything but. Broken suspend, WiFi was horrible, random deadlocks, extreme slowness at times (as if the RYZEN 7 wasn’t Ryzen 7-ing) to become less smooth than my 5 year old Intel laptop, and broken audio codec (Senary Audio) that didn’t work at all on the live, and worked erratically on the installed system using generic hd-audio drivers.
I had a ~€1500 budget, but I raised it to buy a €1700 ThinkPad P16s AMD. No dGPU to speak of, sold with pre loaded Linux, boasting Canonical and Red Hat hardware certifications.
I had:
Boggles my mind that the 2 biggest enterprise Linux vendors took this laptop, ran a “thorough hardware certification process” on it and let it pass. Is this a pass? How long have they tried it? Have they even tried suspending?
Of course, that was a return. But when I think about new laptops and Windows 11, basically anything works. You don’t have to pay attention to anything: suspend will work, WiFi will work, audio and speakers as well, if you need fractional scaling you aren’t in for a world of pain, and if you want an NVidia dGPU, it does work.
Furthermore, the Windows 11 compatible CPU list is completely
unofficialarbitrary, since you can still sideload Windows 11 on “unsupported” hardware and it will run with a far higher success rate than Linux on a random laptop you buy in store now. Like, it has been confirmed to run well on ancient Intel CPUs with screens below the minimum resolution. It’s basically a skin over 10 and there are no significant kernel modifications.To be clear: I don’t like Windows, but I hate this post as a consumer of bleeding edge hardware because it hides the problem under the rug - most new hardware is Windows-centric, and Linux supported options are few and far between. Nowdays not even the manufacturer declaring Linux support is enough. This friend of mine got a Dell XPS 13 Plus Developer Edition, and if he uses ANY ISO except the default Dell-customized Ubuntu 20.04 audio doesn’t work at all! And my other friend with a Dell XPS 13 Developer Edition has various GPU artifacts on the screen on anything except the relative Dell-customized Ubuntu 20.04 image. It’s such a minefield.
I have effectively added €500 to my budget, to now reach an outrageous €2000 for a premium Linux laptop with no significant trade-offs (mostly, I want a good screen and good performance). I am considering taking a shot in the dark and pre ordering the Framework 16, effectively swaying from traditional laptop makers entirely and hoping a fully customized laptop by a company that has been long committed to Linux support will be different.
I’ve thrown Linux on every laptop I’ve ever owned, and a couple of family members laptops as well and the past 15 years and haven’t encountered 1/10th of the issues they you have.
Complaining about broken suspend is funny because Microsoft basically killed S3 sleep in favour of the battery sucking S0. If anything it works better in Linux because you won’t open up your laptop to find that Windows Update removeding ran in the background while it was sitting closed in your backpack and rebooted.
I think your issue might be more of an AMD issue. They have a long history of buggy mobile hardware even on Windows.
I mean hell I threw Fedora on to my Intel MacBook Pro and the only real annoyance I had was not being able to reliably disable the SPDIF light in the 3.5mm jack.
I’m currently using the non-linux version of the XPS 13 2-in-1 and my OS experience is actually the opposite of your friends. I can install any Linux ISO without issue, but the standard Win 11 ISO refuses to work because it can’t detect any storage drives.
As far as daily driving Linux on it, the only things that don’t work are the fingerprint reader and webcam. It’s a bit of a piss off given that non-touchscreen version uses similar spec hardware that does support it but it doesn’t really affect daily use.
I’ve never had suspend work correctly on Linux. It’s always been buggy in Windows as well. You can boot from SSDs about just as fast as waking from suspend, so I don’t even try to use it anymore.
Buy a framework. Only Linux issue is screen tearing on X11 with fractional scaling. Wayland is fine.
Have you tried updating the kernel? If it’s been rated to work with a certain Linux distribution and it doesn’t work on yours then chances are that the distribution they tested with is using a newer kernel.
That being said new hardware can be quite problematic on Linux. I personally haven’t had issues with Huawei Matebooks provided I installed the newer kernels, but Apple Silicon was a nightmare.
Probably marketing speech for “an intern tested it once with the default setup and he reported there were no errors”
That is sometimes broken because of broken UEFI/ACPI implementations which the Windows drivers were made to respect and work around, but the Linux drivers who are often developed not by the hardware manufacture himself but rather 3rd parties who implement them according to the available docs/specifications, will then result in a semi-broken functionality because implementing something according to the specification doesn’t mean much unfortunately if there are quirks or bugs you have to circumvent as well. This improves over time though with more adoption of Linux. When you compare the hardware support of Linux today vs. 20 years ago, it’s become much, much better already due to more developers and users working on it / reporting issues, and also more and more hardware vendors becoming actually involved in the Linux driver development.
Definitely not normal. But it’s likely that it’s just a small configuration or driver issue. Since you didn’t provide any details, I just leave it as “easy to configure properly”. I get that it would be cooler if it worked OOTB, but sometimes that isn’t the case. It goes both ways, as well. It’s hard to generalize based on few occurrences, but I also had problems long ago with a mainboard with its Realtek audio drivers on Windows which didn’t work. Don’t remember the details because it was long ago but I had to hunt for a very specific driver version from Realtek (wasn’t easy to find), and couldn’t use the one the mainboard vendor provided as the Realtek driver, nor the one provided by Windows by default. Anyway, of course Windows is generally better supported on most notebooks, I won’t deny that, but that’s simply due to market share, not because it’s somehow made better. That’s important to realize. If Linux had 80% market share, it would be the other way round, every manufacturer would absolutely ensure that their driver will work on all their distro targets and all their hardware models. In the Linux world, the drivers are sometimes made by 3rd party developers because otherwise there would be no driver at all, and so it’s better to have a mostly functional driver than none at all. And that’s also just because the vendors CAN ignore Linux based on marketshare. They shouldn’t, but they can, and it makes short-term financial sense to do so, so it happens. Of course, if they market some of their models as explicitly Linux-friendly, they should absolutely ensure that such things will work OOTB. But even if they don’t, it’s usually not hard to make it work.
Only because the manufacturer HAS to ensure that it works, while he DOESN’T HAVE to ensure that Linux will play nice with that hardware as well. I recommend using either notebooks from Linux-specific manufacturers (I had good experiences with Tuxedo for example) or you continue to use the “Linux-centric” notebook models from Dell/HP/… and then simply troubleshoot any shortcomings these might have. I don’t know the model but it’s very likely that it’s a simple configuration issue. And I wouldn’t recommend using the manufacturer’s default OS. Especially not with Windows notebooks. Always reinstall a fresh, unmodified OS, and work from there. I’d even assume that if you leave out any vendor-specific software or kernel modules, your problems will probably vanish already.
That’s an unfortunate reality also in other areas. Smaller vendors can’t produce in mass quantities, and so they have to sell their stuff for more money, even though it seems counter-intuitive at first. But this is also the case with e.g. the Librem 5 mobile phone which is also very expensive (but a great option if you want a mainline Linux phone) [in this case, it’s very expensive becaue you not only pay for the hardware, but also for the software development time], or well anything which isn’t cheaply produced on a mass scale where you get volume discounts. So in a sense, if you want to change the status quo, you have to pay extra. So yes, buying a brand new Linux notebook isn’t cheap, unless you want to specifically use an older notebook where Linux also happens to run on. But on the other hand, buying a pure Linux notebook also should generally ensure that it will work well. Similar to how when you buy hardware from Apple, they will ensure that OS X runs well on it.
I don’t think that you can generalize anything from your or your friend’s experience, so it seems likely that your friend misconfigured something or installed something the wrong way, leading to such stability problems. General tip: stability issues are almost always driver-related. Same as on Windows. So first try to remove all non-essential drivers (kernel modules on Linux) and see whether that improves stability. And, of course, check the logs. In most cases, they will point out the issue. I’ve also installed Linux on several “Windows-only” (not marketed as Linux compatible) notebooks and it ran just fine without ANY stability or graphics issues. I have a Lenovo ThinkPad for work and it runs Arch Linux, it’s probably more stable than the Win11 it’s supposed to run with. At least among my colleagues who run Win11 on it, I’m the only one who didn’t yet have a driver or update issue within its lifespan. One of those colleagues even had to reinstall Win11 after a borked update. I also use Tuxedo notebooks (Linux-compatible by default) personally and they’re great as well. But of course I never use vendor-supplied software, so I’m not affected if such software behaves badly. I always configure my systems the way I want them, starting from a vanilla base.
Why would you throw away so much money for new and removedty hardware, if Linux runs perfectly on old robust devices, which can be bought for a fraction of what you invested?