Launching satellites packed with serious AI computing power? That's not just rocket science—it's an engineering nightmare. How do you keep processors cool in the vacuum of space? What's the real cost when you're talking about deploying entire swarms into orbit? These aren't small questions. They're the kind that could make or break the next generation of orbital infrastructure.
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GateUser-a180694b
· 23h ago
You want to send it to the sky before solving the heat dissipation problem? That's funny...
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BlockchainArchaeologist
· 12-10 22:05
Cooling is really a big challenge. How to do it in a vacuum... That's the key.
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GasFeeGazer
· 12-10 22:05
Heat dissipation is really a nightmare. How do you play in a vacuum? Do you have to rely on radiative cooling? The costs are astronomical.
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AirdropAnxiety
· 12-10 22:05
The cooling issue is really incredible. How does cooling work in a vacuum?
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rugged_again
· 12-10 22:03
Forget it, retail investors better not worry about these. Let's wait until big capital clears the way.
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BackrowObserver
· 12-10 22:02
The cooling system is really impressive. How do you dissipate heat in a vacuum? Wouldn't it just overheat?
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GweiWatcher
· 12-10 22:01
The cooling issue is really incredible. How does heat dissipation work in a vacuum? This card has stalled many projects.
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blockBoy
· 12-10 21:43
Holy crap, thermal issues are really a huge pitfall... If it burns out a satellite, the cost must be terrifying.
Launching satellites packed with serious AI computing power? That's not just rocket science—it's an engineering nightmare. How do you keep processors cool in the vacuum of space? What's the real cost when you're talking about deploying entire swarms into orbit? These aren't small questions. They're the kind that could make or break the next generation of orbital infrastructure.