← Back to context Comment by throwawaymaths 6 months ago yes, exactly. they are going to be absolutely huge and add to launch and engineering costs. 2 comments throwawaymaths Reply yreg 6 months ago Every part does by definition add to launch and engineering costs…The point is that heat radiation is not the main deal-breaker regarding this project as some comments in this subthread insinuate. throwawaymaths 6 months ago The point is: the power consumption requirements (quote: considering every satellite still has to dump heat and works just fine) for satellite X is not even close to racks of hyperscaler compute.
yreg 6 months ago Every part does by definition add to launch and engineering costs…The point is that heat radiation is not the main deal-breaker regarding this project as some comments in this subthread insinuate. throwawaymaths 6 months ago The point is: the power consumption requirements (quote: considering every satellite still has to dump heat and works just fine) for satellite X is not even close to racks of hyperscaler compute.
throwawaymaths 6 months ago The point is: the power consumption requirements (quote: considering every satellite still has to dump heat and works just fine) for satellite X is not even close to racks of hyperscaler compute.
Every part does by definition add to launch and engineering costs…
The point is that heat radiation is not the main deal-breaker regarding this project as some comments in this subthread insinuate.
The point is: the power consumption requirements (quote: considering every satellite still has to dump heat and works just fine) for satellite X is not even close to racks of hyperscaler compute.