Microchip Memory Device Extends Options for Designing Space Systems
Microchip's SST26LF064RT memory device is its second SuperFlash technology-based offering to be space qualified.
STMicroelectronics Rad-Hard ICs Targeted at Cost-Conscious ‘New Space’ Satellites
ST's new rad-hard components help LEO satellites shrink the digital divide, expanding communication and earth-observation services.
Webb Telescope Drama Finally Unfolds
Risk and Reward: We're about to find out if a $10-billion bet pays off.
Mynaric Tapped to Design DARPA’s Optical Terminal
The new framework would serve as the basis for a prototype system used to link satellites.
Digital Twin Consortium Proposes Interoperability Framework
Multiple industries could profit from more sophisticated digital twins. The Consortium proposed a pathway toward interoperability among disparate design systems.
5G to Propel New Military and Government Use Cases
Government and military investment in 5G cellular continues to climb worldwide.
Are All-Electric Planes and Trains Next?
EVs have provided multiple technology advances which are now being leveraged for use in small aircraft; diesel-electric locomotives may be…
Space Jam: Efforts Launched to Corral Orbital Junk
Calls grow to deploy precision navigation and life extension technologies.
Power Design with GaN for Space Apps: Q&A with EPC CEO Alex Lidow
More rad-hard gallium nitride devices are circling the planet.
Resilience in Space: Designing Radiation-Tolerant Systems
Responding to our coverage of Xilinx's expansion of its adaptive compute acceleration platform (ACAP) family, a reader suggested a deeper…
Isn’t it Good, Satellites Made of Wood?
The European Space Agency is backing a demonstration mission that will loft a wooden CubeSat equipped with 3D-printed components.
Keeping space chips cool and reliable
Next-gen space-grade semiconductors will consume almost 100W, but with junction temperatures remaining the same, removing this heat is paramount for…
