[throw310822]

> Every single satellite has sufficient cooling for its power production

But here we're talking about putting data centers in space. It means stuffing as many gpus as possible into each satellite and running them at constant max power.

[mavhc]

https://terafab.ai/ has a diagram of the proposed satellites

[benj111]

"1 billion Tesla Optimus robots"

Christ. I thought we had seen the last of the Musk-tards.

[ben_w]

They're talking about launching a million satellites, not one massive satellite.

I don't think they can avoid a Kessler cascade at that scale, but if launch costs were cheap enough (questionable because Musk habitually overpromises and underdelivers, but not inconceivable as sometimes he succeeds too) then patterning each of those million on Starlink satellites is essentially viable.

[throw310822]

The thing is, the infrastructure needed to power and cool each of those satellites makes it economically absurd given that what they collectively do can also be done by a few data centers on earth.

[ben_w]

As per another comment, power is a wash either way: https://news.ycombinator.com/item?id=48119298

Cooling per unit is also basically fine, people make incorrect associations with the ISS without removing the bits of the ISS that aren't computers, including all the humans who die from heat at lower temperatures than chips can run at.

It comes down to the price to orbit vs. the price of not going to orbit. I don't trust Musk for the former, because even with the impressive demonstrations seen in Starship, they need to make that vehicle fully reusable to get the cost low enough to be an improvement over batteries and more PV and scattering the same count of units randomly around the desert in Arizona, Nevada, etc.