If I remember correctly, you should be able to just install the GitHub version.

Honestly, if you’re in the audience for Thunderbird on Android, you probably also want to have a look at FairMail instead.

Edit: phrasing

I shudder to think OP’s post was written by an actual person…

For years, Intel’s compiler, math library MKL and their profiler, VTune, really only worked well with their own CPUs. There was in fact code that decreased performance if it detected a non-Intel CPU in place:

https://www.agner.org/optimize/blog/read.php?i=49&v=f

That later became part of a larger lawsuit, but since Intel is not discriminating against AMD directly, but rather against all other non-Intel CPUs, the result of the lawsuit was underwhelming. In fact, it’s still a problem today:

https://www.extremetech.com/computing/302650-how-to-bypass-matlab-cripple-amd-ryzen-threadripper-cpus

https://medium.com/codex/fixing-intel-compilers-unfair-cpu-dispatcher-part-1-2-4a4a367c8919

Given that the MKL is a widely used library, people also indirectly suffer from this if they buy an AMD CPU and utilize software that links against that library.

As someone working in low-level optimization, that was/is a shitty situation. I still bought an AMD CPU after the latest fiasco a couple of weeks ago.

People often believe they are hearing ultrasound, but instead are hearing clicking noise or sub-frequencies emitted from the capsule that are not actually part of the ultrasound.

Pixel 6 Pro worked marvelous for me all the time. I have the 8 Pro now, and now the fingerprint reader is a real mess.

But yeah, the reader on the back was perfect.

I watched a few videos before I realized Bobby Fingers is Mr. Chrome, and it made me unreasonably happy.

I am on my 4th personal TUXEDO laptop, never had any issues. I actually started giving them to the devs at my company, no complaints so far.

They don’t offer my choice of OS, and I wouldn’t use a preinstalled OS anyway, so I can’t comment on that.

Oh look, its Fabio.

Yes, absolutely. Not all hinges are adjustable, unfortunately. In fact, I’d argue that most are not. Just have a look at the hinges at your place (doors, cabinets, toilet seat etc.), most will be very simple mechanisms with no inbuilt adjustment.

You can adjust the play mechanically, of course - that is, through application of a certain amount of force via deformation, which can be a destructive process if not done carefully.

There are hinges that expose an axial screw that allows for precise adjustment of hinge friction, but I have not seen those used for laptop display lids (nor did I personally encounter those in the small dimensions you would find on a laptop) . You’ll find examples of those at Misumi or McMaster - Carr.

If your goal is to increase the friction in your laptop’s display lid hinges, you might find that simply tightening all screws of and around the hinge often does the trick. Even though the main axial screw is not meant to be user accessible, it serves basically the same function and can tighten up the hinge. Tightening the screws used for mounting will ensure the lid doesn’t wobble. You will have to (partially) take your laptop apart for that, naturally.

If your hinge doesn’t have an axial screw at all and uses, let’s say a pin, you might have to employ another method, but that would really depend on the actual mechanism being used.

Absolutely, if there is enough plastic left, melting is one of the best options. That also enables mending plastic by melting in metal pins or strips via a cheap plastic welder for 10 bucks (success can be great, but it’s highly dependent on the geometry and how things broke).

Edit: no, as I said, that’s absolutely fine if there is a chunk of sturdy plastic to accept the insert. I just wanted to present another plastic repair technique for the sake of completeness, if somebody stumbles into this comment section.

This is correct and good advice. I’d like to add that it’s also an option to glue in a threaded metal insert in case a self - tapping plastic screw was used and the original thread is stripped.

by loosening the screws of the hinge.

Generally all correct, here is a resource with a lot of in-depth information and additional links:

https://batteryuniversity.com/article/bu-808-how-to-prolong-lithium-based-batteries

It’s not true that precision measurements are impossible with low value resistors, a lot of measurement equipment works exactly like that - it might just be more expensive than what the manufacturer is willing to budget for.

Tuxedo also offers products with an aluminum body, and while they do import the hardware from China, you get the local service and warranty guarantees any company in the EU must provide, so that’s fine by me.

Also, honest question: what do you think a unique laptop is, in particular when buying from a mass consumer brand like Lenovo? I really can’t figure out what that’s supposed to mean.

lspci will read the vendor and device id via PCI and use that to determine what the device is. You might want to make the output a bit more digestable / useful via lspci -s 03:00.0 -k -nn, but I’d assume the ids that match an 2070 will show up.

Could you please take the card out and provide us with a few pictures from different angles, maybe getting a good look at the actual chips?

I’d like to rule that out before chasing rabbits here.

Also, you could always run nvidia-settings, which will show information about an NVIDIA card using a different access method.

I’d still like to see the pictures of the card though ;)

Sure. But the number of targets you could acquire there is miniscule compared to simpler delivery mechanisms, via a malicious app download, for example, and you have larger costs (hardware) and added risks, e. g. being captured on CCTV during installation.

That’s why I said, the cost/reward ratio is really off.

Oh, that makes everything a lot easier. The majority of the relevant settings will be in your home folder then, i. e. in the ${HOME}./.config folder, while some might also be in ${HOME}/.local/share etc.

You probably want to backup the whole home folder anyway, so that would pickup most of your settings. In order to make that work on a different system, you would have to install all applications you were using on the tablet as well. Luckily, software installation in Linux is pretty easy, so you can export a list of installed applications from the Surface and then re-install them on your target system before migrating your home folder. The software list should become part of your backup. See e. g. https://unix.stackexchange.com/questions/82880/how-to-replicate-installed-package-selection-from-one-fedora-instance-to-another for an idea of how to perform this.

I have used this approach in the past and it will get you 95% there. There might be some global system settings that you’d like to also transfer to your new system, but you can add those as you discover you miss them on the target system.

In general, no, this won’t work. In your case, you’re lucky since at least the Surface Go is using an x86 CPU, so it’s not completely out of the question, but transferring the image as-is to a completely different device typically does not work without modification.

Simple example: your target device might not refer to existing hardware (let’s say a storage medium) in the same manner as your old device, so the existing references in your cloned image won’t work. There are other issues of course, e. g. missing drivers for different hardware present on the target device.

It’s possible to modify the image so it would boot, but given the Surface runs Windows, that’s going to be a chore. I’d consider this an interesting project if bored on a slow weekend, but I’d most likely just do a filesystem backup of relevant data and call it a day.