There are different versions for interior and exterior use, using different types of glue. At least OSB/0 and OSB/1 can be used for internal applications and are considered safe. Not that I would trust a landlord doing this to select the correct board type, especially since the safe variants might have some issues with the humidity exposure in a kitchen.

But there still are many cases for using OSB indoors, e.g. behind drywall to give it some more strength (instead of more expensive plywood). Wouldn’t want to leave it exposed in a kitchen though, it’ll get messy if it’s not properly treated, and in the picture it doesn’t seem to be.

Wouldn’t say so, loads of people and organisations use it as a pseudo-CDN of sorts AFAIK

I wouldn’t call OLED a minor upgrade – considerably better battery life and color rendering. Also better blacks without background bleed, which is a major annoyance when gaming in dark (bus, plane, bedroom etc.)

800p is for a good reason – although e.g. 1080p would be more crisp, personally I’d pick better colors and higher refresh rate over resolution in this case. When gaming with the APU, most games (especially AAA) can’t be upped to 1080p either way without considerable performance drop. I kinda understand the need for higher resolutions from a strategy gaming standpoint, but to me at least the compromise isn’t worth it.

When PPI is considered with standard viewing distance, it’s still better than my 1080p 13" laptop. With proper anti-aliasing there’s no need to push it further, at least IMO it’s not worth it compared to the reduced performance.

2560x1600 would make a bit more sense, as you could drop the resolution to 1280x800 without having to smear pixels due to pixels not lining up in the smaller resolution. That would also be better for strategy games. Don’t really know how good the panel availability for those is, though, since it’s probably using a tablet screen.

GitLab is Ruby at least, I don’t immediately remember any others but there probably are some

A mercury arc rectifier. The mercury vapor is ionized, and used for increasing the current carrying capacity of the component – compared to how much a traditional valve design with complete vacuum would work.

In short, it makes DC out of AC.