https://www.mrmarvinallen.com/what-fidelity-funds-hold-space...
Google (Alphabet) owns a big chunk of SpaceX, maybe around $7B worth now? Given their market cap of 1.856T, that ends up being ~ 0.38% SpaceX.
(I only know the basics of investing)
My reading of this news[0] is that they're using much larger phased arrays that sit flat on the deck/roof. 100% electronic steering.
Granted, that's speculation on my part based on a decade of military satellite operations. Starlink stated that they are larger, higher gain, lower power usage, and won't shoot below 25 degrees azimuth. That says to me a 2-4x surface area, lays flat, phased array panel.
I wouldn't expect much drop in speed, even in the worst waters, except for rain fade and if the roll of the boat causes a satellite to go out of sight to the dish. In those scenarios, I think most people can live with Netflix being barely functional.
0: https://arstechnica.com/information-technology/2021/08/starl...
If you're on a canal boat or something along those lines you've got a lot better 4G coverage depending on what country you live in. Having said that, none of the canal boat dwellers I've spoken to have worked in tech and most of them commuted into cities so their need for fast and reliable internet wasn't as strong. I imagine permanently moored houseboats have decent WiFi links as well, though I've never really looked into that kind of thing.
You'll need a fairly large boat to host the satellite dome I believe, and they aren't cheap.
> 100-watt panels vary in size based on their efficiency and design, but typically measure around 47 x 21.3 x 1.4 inches.
Says google. Add four of those and some lead acid batteries and you should be able to get 100 watt 24x7. Or only 200 watts of solar if you are ok with not using 24x7