🇳🇴 A.K.A. Christopher Reese's (by Henya) Some times "Chris" NOT Affiliated with any super-hero; why do you ask? Banner is from Violet Evergarden
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@ichirowo@yuna_digick Yes, a turbomolecular pump like this don’t work at pressures higher than what most regular people would call «vacuum».
You have other «brute force» pumps to do that part, then these take over to get rid of the stray air molecules.
@YoruReijiVT@ApexSeeker_ Most of them are OK+some body language.
Like "OK (sulks)" for "I am not OK, but don't want to ask for help"
Or "I'm OK" in answer to someone offering you something.
I think it is a AP with a built in stadium antenna. At least from the shape.
By Stadium antenna I mean a large square sector antenna that can be configured to be very narrow. They often use them for large crowds.
Small sectors means fewer clients per sector. That means better service per client.
Let me explain deeper, with the examples I know.
Several places in Europe, they have cathedrals.
Some of these cathedrals are on land that have history. This means that once you try digging anything in the ground, you need archeologists to dig every centimetre.
Once upon a time, they spent the money to install power. They got the grants to get it. Electrical lighting is more fire safe than flames. It was worth it to dig a trench for electrical power.
Internet? Not as much.
Again, I may be a bit biased here because of how Norway prefers ground cables over air-cables. I do think a lot of Europe also prefer ground cables. At least Northern Europe.
@katokonigiry Yes, but I do know exactly the niche.
On places where you have protected grounds so you can’t dig a trench for a cable, but you have power for instance.
I will admit that this is probably more common in Norway than Japan, where we put our cables in the ground to protect them.
@0xtechnexus@TACIXAT That is why we generally avoid doing the training on the drone, but instead do that on a separate computer. Then you ruin the trained model on the drone.