I hope the machine is up to the job. I'd pack at least 64 gigs of RAM and a nice GPU.
Comment on Slurrrrrrrrrrrrrrrrrrrrrrrrrrrrp
siha@feddit.uk 5 days agoThe thing that gets me is that they seem to have a separate machine for each display
SeductiveTortoise@piefed.social 5 days ago
xylol@leminal.space 5 days ago
That doesn’t sound like enough, need at least like 128gb for the ai chat bot that you ask to change the picture for you
SeductiveTortoise@piefed.social 5 days ago
I totally forgot about the necessity to put AI into them, I'm so sorry!
EisFrei@lemmy.world 5 days ago
What about some blockchain to track the usage?
GreenCrunch@lemmy.today 5 days ago
At some point you realize that the slushee has melted in the face of your system’s 1000 W TDP…
SeductiveTortoise@piefed.social 5 days ago
That seems too low. What kind of low spec AI slush master 7000 are you using?
GreenCrunch@lemmy.today 2 days ago
Stuck on a NEMA 5-15 outlet, can’t draw much more continuously. I think like 1200W is the highest continuous load you’re allowed on a 15 A circuit here in the US, but I am not an electrician so I could be wrong
hansolo@lemmy.today 5 days ago
Yeah, modular systems. Buy 2, buy 20, setup time is roughly the same.
RickyRigatoni@retrolemmy.com 5 days ago
easier to buy 10 rpis than a single embedded system with 10 diplay ports
outhouseperilous@lemmy.dbzer0.com 5 days ago
Dont need a fill rpi for this. A pico or esp32 might do the trick.
froh42@lemmy.world 5 days ago
This is being produced in relatively low numbers (thousands) , so software development is a factor. Just plopping a scripted browser in kiosk mode on Debian is cheaper than ESP32 UI development.
outhouseperilous@lemmy.dbzer0.com 5 days ago
Idk, if they’re plugging in one for each screen it sounds like a lot; there are libraries to do most of this. It wpuld only take me about a month or someone competent a couple days to write this.
So there’s a computer hardware cost that goes from ~5x(4?) Per machine to ~45x4 per machine. That’s ~ 2 hours of code per machine difference that this would make, assuming you were paying ~80/hr to write it, which is reasonable.
Even assuming no code was needed for the pi, production takes twice as long as expected, and electricity costs don’t matter (which, next to the condenser; they may not) you break even at ~16 machines. 20 if you want to throw in some other random arbitrary cost.
Even if you assune pi 0’s, at, what 20/each? You still break even before 100 units.
So it would take less than a hundred machines for smaller chips to pay off. I’d believe an exec didnt (even ask someone else to) do this math, but how long have pi’s had multiple video out’s?