Range extender was definitely a requirement when I got mine in ‘19. But that’s because I did not have reliable charging available in the area.
It also came in handy for a bad road trip (charging stations more than my range apart, so I couldn’t otherwise get there from here, but hold state of charge kept it up at 75% with frequent gas stops)
I got panels last year because I’m pretty confident that the majority of the cost of putting panels on my roof is the stuff besides the actual panels. So pricing won’t go down much for getting an actual installer to do it.
Very much depends on the rating. A residential panel is something like 65”x40”. A commercial sized panel is something like 80”x40”. The cell size is relatively constant, but the bigger panels are 6x12 cells instead of 6x10. Newer panels have more efficient cells, and so higher power.
Panel manufacturers can also do odder sizes as required. Example: q-cell does a 94x51” panel. This is 6x22 cells, but different sized cells as well.
Most panels are 6x, because that results in an open circuit voltage of just shy of 50V, which is convenient for code compliance.
It’s not claiming: you can’t have an automotive paint shop. It’s claiming you can’t start a new paint shop. Specifically, if you don’t have one for your car manufacturing line already, you can’t set one up. Wikipedia shows 13 pages for auto plants in CA. Most of them have the verb “was” in the opening sentence. There are two current plants: Tesla Fremont and Toyota California. Both of these plants are over 50 years old, and only one of them produces actual cars instead of parts.
So if you can get more than 3 different TV stations you should be good. Most stations don’t share transmission towers, AFAIK.
There are places, especially in the mountains where you don’t get the requisite number of towers, but large portions of the US will, and the required signal to noise ratio is better than to decode regular TV signals, so you have a larger area covered than for TV.
“Dual channel” is not a thing with CAMM. CAMM is 128 bits wide. To feed a 256bit wide memory controller, you need 2 CAMM modules. LPCAMM2 uses 4 memory packages. The observed number of packages next to the APU on this is 8. So you need 2 modules.
A single LPCAMM2 module is supposed to be all the RAM for a laptop, so it’s 128 bit wide. You’d need two LPCAMM for this, not four. And they are currently available in 32G and 64G varieties ($180/$330). So they aren’t absurdly priced, if they were in stock.
They don't want to build basic auth. They probably could, but it gives them more headaches and customer service touch points compared to delegating that out. Like: what if the user forgets their password? Or what if they lose their 2FA device?
I think they've said they don't actually enforce the usage limits, so you can add an additional subnet router and they largely don't care (because they haven't put the engineering into enforcing the limits, because it doesn't actually use up appreciably more resources for them when you exceed those limits). I think they do enforce the user limits though.
I've seen them mention that they're looking at having the coordination server being self-hostable (and is for some client already), so I expect that to be one of the things you can get at the higher price points in the near future.
Everything gets serialized to a string of bytes. The point is that you can fail at parsing when the value doesn't make sense, rather than failing at some point in the future when you decide to use the value and it doesn't make sense. And if you have a defined schema, you can have your editor validate it against the schema when saving, so you don't accidentally have "FILENOTFOUND" in a Boolean.