One exception nowadays: Business notebooks - and that’s only because the rest of the notebook market went to shit. If you want a somewhat compact notebook with more than 64GB of RAM, decent CPU performance and good battery life Apple currently is the only one offering something.
Helsinki is getting out of the “burning stuff to make electricity” business. It used to have coal power plants - last ones closed down in 2023 and 2024. There are some dedicated plants for district heating still, but also there’s the trend to move away from burning stuff.
The space used by the smallest solar charger I’ve seen on Amazon seems to be similar to 6 or more batteries in the format the N900 was taking - so if you look at space, slow charging from solar charger, and reliance on sun conditions taking individual batteries seems to be the better option for a few days hike. It’s also easier to stow individual batteries to wherever you still have space left.
With my N900 I used to travel with 6 to 10 charged batteries to have a few days of runtime. Things got better now with powerbanks - but for something like hiking just carrying a few spares would still be smaller and lighter.
Paid and FOSS are not mutually exclusive. You can always build packages yourself if you don’t want to pay. A well executed implementation might allow some projects to drop or reduce their play store efforts.
I did not sign with them after I had some issues with the contract provided, and the resulting interactions with my future manager. I’d say at least for someone from Europe the company culture is less than ideal from that encounter.
AMD keeps some older generations in production as their budget options - and as they had excellent CPUs for multiple generations now you also get pretty good computers out of that. Even better - with some planning you’ll be able to upgrade to another CPU later when checking chipset lifecycle.
AMD has established by now that they deliver what they promise - and intel couldn’t compete with them for a few generations over pretty much the complete product line - so they can afford now to have the bleeding edge hardware at higher prices. It’s still far away from what intel was charging when they were dominant 10 years ago - and if you need that performance for work well worth the money. For most private systems I’d always recommend getting last gen, though.
No OS updates, unless promised at release. Some security updates, though. They’re GPL violators, and don’t release kernel sources, which makes 3rd party OS images harder.
Devices are generally easily repairable,they sell spares, and their support also sends you parts during warranty period if you ask - I just received a new battery for my titan slim.
This doesn’t have anything to do with user control - modern windows versions need drivers to be WHQL signed to get that kind of access. Alternatively you’ll need to enable developer mode on your system, and install your own developer certificate into its keyring for running own code, which has its own drawbacks.
Crowdstrike is implemented as a device driver - but as there is no device Microsoft could’ve argued that this is abusing the APIs, and refused the WHQL certification. Microsofts own security solution (Defender) also is implemented as a device driver, though, and that’s what the EU ruling is about: Microsoft needs to provide the same access they’re using in their own products to competitors. Which is a good thing - but if Microsoft didn’t have Defender, or they’d have done it without that type of access it’d have been fully legal for them to deny the certification for Crowdstrike.
Both MacOS and Linux have the ability to run the type of thing that requires those privileges on Windows in an unprivileged process - and on newer Linux versions Crowdstrike is using that (older versions got broken by them the same way they now broke Windows). So Microsoft now trying to blame the EU can be seen as an attempt to keep people from questioning why Microsoft didn’t implement a low privilege API as well, which would’ve prevented this whole mess.
I have a 96 core one. While it’ll be fine as a desktop for compiling I’d stick with an AMD system.
The devkit has 6 memory channels, and you’ll want to fill them all - there’s a surprisingly high performance penalty if you don’t. Even then, compiling a code base which could be spread over hundreds of cores is still significantly slower on the ampere compared to my old 3970x.
And as soon as I learned about that I stopped using it. Turns out it was the right choice - since then more then one company had breaches where authenticator seeds extracted from a google account were used to bypass 2fa.
You still had a 4GB memory limit for processes, as well as a total memory limit of 64GB. Especially the first one was a problem for Java apps before AMD introduced 64bit extensions and a reason to use Sun servers for that.
I was referring to work setups with the overengineering - if I had a cent for every time I had to argue with somebody at work to not make things more complex than we actually need I’d have retired a long time ago.
Unless you are gunning for a job in infrastructure you don’t need to go into kubernetes or terraform or anything like that,
Even then knowing when not to use k8s or similar things is often more valuable than having deep knowledge of those - a lot of stuff where I see k8s or similar stuff used doesn’t have the uptime requirements to warrant the complexity. If I have something that just should be up during working hours, and have reliable monitoring plus the ability to re-deploy it via ansible within 10 minutes if it goes poof maybe putting a few additional layers that can blow up in between isn’t the best idea.
Everything is deployed via ansible - including nameservices. So I already have the description of my infra in ansible, and rest is just a matter of writing scripts to pull it in a more readable form, and maybe add a few comment labels that also get extracted for easily forgettable admin URLs.
As a non-Windows-user I see that as a good thing. LLMs are not going away - but that kind of nonsense at least will make sure all PCs will eventually have cheap and reasonably fast AI acceleration. Which is required for killing off centrally hosted LLMs (plus nvidias cash grabbing)
Intel is well known for requiring a new board for each new CPU generation, even if it is the same socket. AMD on the other hand is known to push stuff to its physical limits before they break compatibility.
I nowadays manage my private stuff with the ansible scripts I develop for work - so mostly my own stuff is a development environment for work, and therefore doesn’t need to be done on private time.
A lot of the Zen based APUs don’t support ECC. The next thing is if it supports registered or unregistered modules - everything up to threadripper is unregistered (though I think some of the pro parts are registered), Epycs are registered.
That makes a huge difference in how much RAM you can add, and how much you pay for it.
Screen is another thing - but I can live with that, mostly - it’s a bit hard to find x86 notebooks with decent resolution (not talking retina style, just better than “1080p on a 14 inch display”). And while the screen itself is nice on the apples I’d prefer a lower resolution one if I can get a matte screen instead.
But fact is that nobody wants to sell you a proper x86 notebook. It’s almost impossible to find something with more than 32GB of RAM, and while there are a few with more than 64GB they’re all xeon based monsters larger than 16", as far as I can tell can’t really be ordered, and have a price tag equal or larger to a full spec 14" mac book pro. And obviously you can’t really think about battery life with intels space heaters.
It’s especially sad as current mobile Ryzen CPUs could very well compete with Apples ARM CPUs - the one thing Apple is better at is the absolute low power state, as soon as it has too actually do something the power (and TDP) curve is very close to mobile Ryzen. But pretty much every manufacturer fucks up the thermal design, or gimps it in other ways.