The intended use-case for this board is some robotics applications. I don't think parts of robots need to communicate via gigabit. 10/100 Base-T is presumably easier to implement and thus cheaper and smaller (which is the point of this project)
We bake it on low temperature for like two hours. We did it just once, so we cannot assess whether it's still efficient with the baking energy included.
But the winter is coming now, so the extra heat generated when regenerating won't go to waste.
The cooling in this freezer is all around the walls, and the condensed water stays on the walls and then falls down on the bottom. There was originally no drain hole, and even adding the drain hole didn't solve the problem.
It was designed as a freezer, not a fridge, after all.
We made such chest fridge from an old freezer, and have been using it for almost a year now. The floor space it takes isn't that concerning, as it doubles as a counter top. It really is very efficient.
The only problem we have is humidity. With everyday use, a lot of condensed water gets stuck inside, the humidity goes near 100 % and the moulds really like that.
We tried many things, including making a drain hole inside, but nothing helped. We "solved" it with putting 1 kg of adsorbent (silica gel) on the bottom. It lasts about two months between regenerations, so it is quite usable this way.
Because Google is a major source of funding for Mozilla. I don't remember details, but they tried to be funded by other search providers. It didn't provide enough funding, though.
I guess promoting Google search is essential for them to keep building great products. And guard net neutrality. If we don't like it, we are probably not donating enough.