Oh, it does have Wifi and "Handheld video games consoles" is mentioned in the annex. So, no, Nintendo should not be off the hook this time.
I'm stupid of course (and posting at 2 am ...)

The EU directive applies only to devices that could be classified as "Radio equipment".

Because the Nintendo Switch 2 doesn't communicate with the outside world, they are off the hook, for now.

I've already been doing it for over a year.
Try to keep up, will you.

There is the Asterinas project: a kernel completely written in Rust and with a Linux-compatible ABI -- being able to run Linux binaries.
Unsafe Rust is limited to a small portion of the whole kernel.

Classic AI, sure. LLMs: absolutely not. I avoid it on principle.

The crime of stealing people's works for "AI training" has also effectively stopped me from publishing any of my personal source code or CAD drawings on-line.
Not only do I not want it copied without my consent, I also have some source code that is very very ugly, optimised for specific compilers for embedded systems -- and which should never ever be used as a template by someone else, who is probably not very skilled ... or who is under more stress because their boss has got the delusion that fewer people would be able to do the same amount of work.

Here in the EU, there is law that says that a content creator has the right to opt out of "AI training". (except for the "for research" loophole).
However, even if there are well-established file formats and protocols for expressing opt-out (where there aren't), the techbros have already shown over and over again that they don't give a sith -- they have even used pirated works.
Before there are proper non-AI licenses, and infrastructure in place restricting access for those who are bound to EU jurisdiction and are well-behaving, I don't see how the situation could improve.

I would be wary of getting even a single one of these into my lungs.

You know what else are tiny particles smaller than a human hair: asbestos.

There is no such thing. 8 * 1920 = 15 * 1024.

Anyway.... screens are getting bigger. A month ago I worked with installing multiple 100" screens in conference rooms, programming display processors to show a mosaic of four video sources on the same screen. When the source signal is the same resolution as the screen's video input, the sources had to be scaled down.
It might take some time before the equipment exists, but it would still be nice to have the standard ready before then.

And... 14 years ago, I visited this wall-sized touch screen exhibit. The pixels were huge up close.
Even earlier back at uni, I programmed a 3D virtual environment cube of screens surrounding a user inside. Of course the pixels were huge up close there too.

Are you feeling shame for the environmental impact that your use of LLMs is having?
Well, maybe you should.

"Touch typing" can mean different things.

The typing schools teach that there are supposed to be diagonal columns of keys on the keyboard, and that you should use only one finger per column (... except for each index finger and each pinkie having two columns each).

But the typewriter keyboard was never designed with any columns in mind. The keys were mounted on mechanical levers and the layout was simply a consequence of getting the levers equally spaced.
If you'd force yourself to use the school method, your left wrist would have to be kept in an unnatural angle for a long time, which could cause strain injuries later on.
That is why some "ergonomic" keyboards -- made for school-"touch typists" -- have the keys in actual columns.

For the rest of us, who just learn to "type without looking", we learn other habits, and develop other muscle memory.
If you use computers much, I think that you should definitely learn to do that.
Then the regular typewriter layout is ergonomic enough.

That said, I've worked with people who were very good programmers but slow typists. Programming is mostly about thinking, not typing.

Except ... Please don't pull over into the bike lane while you're doing it, like some idiot did in front of me yesterday.

That's good, but I find that my prints have too many print lines and other imperfections. I prefer to fill and sand and then paint them, first with a layer of primer and then with spray paint.

It would be nice if there was spray paint available in Platinum beige, or just anything that is remotely close. I have tried many brands throughout the years trying to mimic the vintage look but not really been lucky: it has either been too white or too saturated.
The closest I've found to any vintage beige was a beige primer. My keyboard is in dire need of a touch-up.

What I've seen in these past weeks is that electronic brands have raised their prices worldwide because of the US tariffs, not just in the US.
So, in effect, the rest of the world is subsidising the brands' US customers.

I suppose this means that the brands think that these tariffs are only going to be temporary. And while they are in effect, they would do what they can so as to not lose their US customers to competitors -- competitors doing the same thing.

What is Nikon actually doing now? I would like to know.
As a European, I think it would be refreshing to see a brand not raise their prices worldwide, but only in the US.
Let the US customers see how much the tariffs actually are.

You got it wrong. RISC-V is a modern, compact ISA. Even without the C extension (which every major chip implements) comparisons have shown that its code is just as compact and inherently capable of high performance as ARM or x86-64.
RISC-V is not open source but an open standard. There do exist core designs that are open source because the ISA is open, but most processors out there, including those from SiFive are proprietary. They are just not controlled by a single entity who dictates what cores you can and can not build, such as is the case with ARM.

The technological know-how to create fast RISC-V chips is out there at half a dozen companies, if not twice as many. Many of them are available to license.
The problem is getting the momentum to get the investment to hire a good fab to get the chips made -- and then bought by consumers.
And you can't get that momentum overnight. There is inertia to overcome.

Qualcomm, for instance, is very involved in the development of the RISC-V standard and it is believed that they have cores in their lab that would rival their cores running ARM, only that they have no incentive to develop them for the market right now.
Other companies, such as MIPS (yes, MIPS) are selling their processor cores first to niche markets, such as automotive.

Yes, it will

Oh, you are mistaken. The concept of "welfare" is not about giving alms to the poor as an incentive to keep them from working (a too common misconception).
Welfare is about providing equal opportunity to everyone, giving everyone the opportunity to grow, to innovate and become entrepreneurs.

For one thing, it is about allowing anyone to get a college education, even if your parents aren't rich.
There are downsides to this, too, of course. Nothing is perfect.
One is that most jobs now require an education, with high competition for the low-paying unskilled jobs that remain.

I have myself worked at several startups, with innovating technology.
In my home town: Stockholm - the capital of the most "welfare state" there has been - I have seen numerous companies emerge ... to be acquired by larger international corporations.
Many international corporations have development centres here, either from buying up existing firms or by establishing them themselves.

Another example: A childhood friend has been able to become a hot-shot music producer for international and American artists. I saw how he started his journey as a musician by going o classes when he was a kid -- classes subsidised by the welfare state.