Google and SpaceX are in talks to build data centers in orbit, pitching space as the future home for AI compute, even as costs today remain far higher than on the ground.
They would use radiator panels which automatically swivel so they’re edge-on to the sun.
I think the bigger problems are;
The costs (monetary and environmental) of launching so many new satellites,
Large-scale computing technology is untested in that kind of environment and will likely encounter a number of issues and unforeseen problems (so more launches until they get it right),
Additional radiation will increase errors, so they will require a more robust design with more redundancy than Earth-based systems,
If they’re in a low orbit similar to Starlink satellites (which have an expected lifetime of 5 to 7 years) they will need to be constantly replaced.
If someone knows the specifics on them I would be happy to know, but I feel like there is a lot more heat generated in a data center, of any useable size, than could feasibly be cooled using radiators.
I would like to add a bullet point to your issues since I’m not sure solar would be good enough to sustain such an orbital. Once again I am only surmising and would like to hear if I am way off base.
The costs (monetary and environmental) of launching so many new satellites,
Fraction of damage and cost of earth based datacentres.
Large-scale computing technology is untested in that kind of environment and will likely encounter a number of issues and unforeseen problems (so more launches until they get it right),
We’ve been putting computers and satellites in space for decades.
Additional radiation will increase errors, so they will require a more robust design with more redundancy than Earth-based systems,
That’s what shielding is for. We have probes still working after 48 years in space.
If they’re in a low orbit similar to Starlink satellites (which have an expected lifetime of 5 to 7 years) they will need to be constantly replaced.
They would use radiator panels which automatically swivel so they’re edge-on to the sun.
I think the bigger problems are;
If someone knows the specifics on them I would be happy to know, but I feel like there is a lot more heat generated in a data center, of any useable size, than could feasibly be cooled using radiators.
I would like to add a bullet point to your issues since I’m not sure solar would be good enough to sustain such an orbital. Once again I am only surmising and would like to hear if I am way off base.
This is the funniest part. Can you imagine completely rebuilding the average datacenter every half-decade?
Fraction of damage and cost of earth based datacentres.
We’ve been putting computers and satellites in space for decades.
That’s what shielding is for. We have probes still working after 48 years in space.
so place them in higher orbit.