Why power architectures constrain New Space AI missions
Satellite AI outpaces legacy power systems. Modern compute needs sub-volt, high-amp power that traditional architectures simply can't deliver until now
Microwave Journal
Insights on the future of LEO satellite deployments
Rob Russell, VP of the satellite business unit at Vicor, shares his unique industry insights with Microwave Journal into the future of LEO and MEO communication satellite deployments and how to choose the best power delivery solution.
This article was originally published by Microwave Journal.
Resources
Resources for the design engineer
AI for space applications
AI has the potential to change our world with applications delivering real impact. Learn how Spacechips is powering the next generation of AI in space
Spacechips high current transponder powers on-orbit AI-driven communication
Smaller satellites with sophisticated computational capabilities is in demand. Learn how low-noise, AI-enabled power is driving creative new applications
Current multipliers: The obvious choice for powering AI processors and other demanding applications
AI processors need to handle low-voltage, high-current demand, which can cause power system bottlenecks. Learn how current multiplication can change that.