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Like right now, we've got a lot of Nvidia Jess or Nanos in orbit and they have a spinning fan and you know, they've got all sorts of moving parts that survive the launch, survive everything and and they're operating in orbit, right?
what some folks are doing like what Intel Starfire and Nvidia's Space One Ver Rubin module, what these guys are doing is building specific compute modules built for space that can run at a much hotter temperature and that have much higher wattage, right? It's like 3,000 watts, right? That they're dissipating at any given point in time. and if you can run harder. So, they're essentially just skipping the entire debate and you're saying, 'Well, run our chips harder. It's okay, right? And we can fi
what some folks are doing like what Intel Starfire and Nvidia's Space One Ver Rubin module, what these guys are doing is building specific compute modules built for space that can run at a much hotter temperature and that have much higher wattage
I left Google, um, and joined SpaceX and I thought, well, surely they'll take this seriously. Like space, orbital compute will be the next big thing. Right. And I was told under no uncertain terms at the time that the last people who propose something like this are no longer at the company. Right. So I said, well, you know what? Um, I think there's a path forward for us here. Um, and I'm going to either stay here and become part of the furniture or leave SpaceX. I was a part of manager at Starli
when I was at Google, I was really pitching for Google to, to push, um, on, uh, orbital compute and orbital data centers. And, uh, this is just at the beginning of the AI boom. So of course their priorities were specifically terrestrially, how do we make sure that our LLMs are as powerful as what chat GPT is doing?