I tried aDP to HDMI cable from JSAUX from my Deck to my TV (yeah, I know the dock got HDMI, I just wanted to try). It didn’t work at all.

Honestly I said the same about the Deck when I bought it… Fast forward 1 and half year later, my playtime is now 99% on the Deck 😅.

Net 100% renewable, no nuclear. I can even choose where it comes from (in my case, a wind farm in northwest France). Of course, not all of my electricity come from there at all time, but I have the guaranty that renewable energy bounds equivalent to my consumption will be bought from there, so it is basically the same.

Between 50W (idle) and 140W (max load). Most of the time it is about 60W.

So about 1.5kWh per day, or 45kWh per month. I pay 0,22€ per kWh (France, 100% renewable energy) so about 9-10€ per month.

Or smart sockets. I got multiple of them (ZigBee ones), they are precise enough for most uses.

It is quite simple for me : An XBox controller, with the 8bitdo battery pack+dock.

All the Ultimate goodies (except for backpedals), none of the headache.

The Gullikit KK3 is a very good choice too.

Having worked on both Java (as a student), then .NET, the later has a lot of features Java didn’t have.

Ironically, as Wine (and Proton) uses Mono, MS contribution (among a lot of other projects) may have enabled Valve to make Proton what it is today.

Removed the parental advice part. I didn’t want to be an asshole, believe me.

To me it looks like you don’t have enough power, either on the Pi4 side to decode, or the mini-pc to encode.

We sure use water, but I don’t think it is used in the energy production mechanism.

Link it, I’m always up for some

And I’d add to that that if our thermal dissipation is overwhelmed, our internal heat build up. To do that heat dissipation, we need to have an environment that suck out more heat out of us than what we produce. If the environment is too hot, the heat build up and as Deadrek says, our internal inner workings beak down.

That why we sweat. Water suck out a lot more heat than air, because it wants to saturate the ambiante air, and to do that it suck up our body heat to become steam. Rince and repeat (literally).

But once the air is to humid, it gets more and more difficult for our sweat to evaporate, which makes it ineffective. That why we can kinda survive in a 90°C + sauna (albeit not for long, but for a different reason), but not in a 37°C (98°F) 100% humidity place like some tropical rainforest. At least, not without specialized acclimatation and survival techniques.

A watercooled computer still uses air-cooling in the end. The difference is how the heat is collected and where it is dissipated.

I don’t know that much how the human body cooling system work, but the lungs could be considered as the radiator (as would the skin be).

As often with IBM, everything is proprietary 😅

I use it on Fedora, never got that issue. But you are right, it lacks some fine tunning, but overall it is a great headset for Linux.
My only criticism would be about the cushions, which broke apart quite early. Fortunately they are easily replaceable.

Too bad it is nVidia only, I only got AMD cards.

As is my imaginary girlfriend.

:q!

It is also a possibility to get a MB without WiFi and add an add-on pcie board. Like that it is possible to upgrade that part too.

Edit : Bonus point if you take one with removable wifi chip, like that one, as you can upgrade for cheaper (buy a $30 laptop card and swap it on the add-on card, and you are good to go), and reduce e-waste.

You could run a WebDAV server, like Nextcloud.

On windows it supports thin sync (meaning that it keep a reference to the file instead of the whole file), on Linux not yet, as it is still in alpha (but you can just connect it as a remote disk and be done with it. That’s how I do with mines).

If you don’t want the whole Nextcloud, there are standalone cli WebDAV servers.