• USB PD can negotiate pushing up to 240W now at 48V, which is a fair bit.

So if I wanted to wire my home to take advantage of this, supposing I had a house battery on solar, would I have some kind of DC-DC converter from battery to 48V, then cable to outlets with some kind of USB PD adaptor? How much advantage do I get from this, vs using existing 240V outlets + wall wart?

My exposure to Linux is pretty minimal, especially Linux with a GUI, so forgive my ignorance. Even reading over this thread I’m confused as to the issue here.

I don’t need an ELI5, but maybe someone can explain it like I don’t know what Wayland is?

My understanding is that an app should ask the system to display an object at X size, let’s say text at size 14. The system then works out that at the currently selected display resolution, size 14 will be Y pixels big. If needed, the system can scale that based on user preferences- a small, high DPI screen could render size 14 at only a couple of millimetres, for example.

Is the problem that devs are building things in a way that bypasses scaling? For example, hardcoding size 14 text to be Z pixels high?

Hardware should lead. It’s easier to upgrade the software to make the hardware work, then it is to upgrade the hardware when the software decides to support it.

Got a link? I find it hard to believe that a process like that would stop because of a few windows machines not booting.

At that size, for that speed, I wonder why wifi was discarded. Depends on the components connecting, I guess, but if each component is custom I imagine adding a small wifi chip to each could be smaller overall?