Space Industry– category –
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Google Research Validates COTS Chips for LEO AI, Bolstering SpaceX’s Commercial Hardware Strategy
36Kr China Overview Google Research has demonstrated that commercial off-the-shelf (COTS) HBM memory and core computing chips can achieve sufficient radiation tolerance for extreme Low Earth Orbit (LEO) conditions. Rigorous 67MeV proton ... -
NASA Advances Vertical Solar Array Technology (VSAT) and Radiation-Hardened Flight Computers for Lunar Missions
NASA USA Overview NASA is actively progressing Vertical Solar Array Technology (VSAT) and advanced radiation-hardened flight computers to support long-duration crewed and robotic lunar missions. VSAT is designed for autonomous deployment... -
SpaceX’s AI1 Satellite Design Leverages Starlink V3 Components, Mitigating Radiation with Software-Defined Fault Tolerance for Orbital AI
The Sequence USA Overview In the burgeoning space AI race, SpaceX's AI1 satellite design makes a significant technological gamble by foregoing traditional radiation-hardened processors. Instead, it leverages commercial accelerators from ... -
SpaceX Starship Adopts 18,000 Hexagonal TPS Tiles to Disperse Thermal Stress and Enhance Reusability
NEXTUS Executive Space Materials Series (YouTube) USA Overview SpaceX Starship's Thermal Protection System (TPS) features approximately 18,000 hexagonal tiles, explained as a groundbreaking engineering solution. This design efficiently d... -
City Labs’ ‘BOHR Satellite’ with Tritium Nuclear Battery Reaches Orbit for First Time, Enabling Power in Sunless Environments
TNW USA Overview Florida startup City Labs successfully launched its first commercial nuclear power source, the BOHR satellite, into orbit. The satellite is powered by a tritium 'nuclear battery,' marking a critical first step towards en... -
Nanocomposite Polymers Enhance Gamma Radiation Tolerance, Enabling Polymer Materials for Extreme Space Environments
AllMind AI News Global Overview Advanced polymeric materials are being developed to withstand high-energy gamma radiation in nuclear environments, a strategically crucial development for emerging fields including space exploration. Resea... -
Radiation Tolerant SerDes Chip Market for LEO Satellite Constellations Accelerates, Driven by Microchip Technology and Others
Semiconductor Insight Global Overview This article provides an overview of a market research report published by Semiconductor Insight. The market for radiation-tolerant SerDes chips in Low Earth Orbit (LEO) satellite constellations is r... -
VCU Develops Lightweight, Flexible Boron Nitride Coating for Artemis Astronaut Radiation Protection
GRPVA.com - Greater Richmond Partnership USA Overview Virginia Commonwealth University (VCU) Professor Arvind Agarwal has developed a lightweight, flexible boron nitride-based radiation-resistant coating to protect Artemis astronauts on ... -
Teledyne e2v Validates Radiation Hardness of 10-bit, 12.8 GSps Ka-band ADC for Space and Defense
everything RF USA Overview Teledyne e2v Semiconductors announced successful radiation testing for its EV10AS940, a 10-bit, 12.8 GSps Ka-band analog-to-digital converter (ADC). This validation confirms the ADC's robustness for space-grade... -
TU Berlin’s ‘SpaceBox’ Li-S Battery Achieves Over 300 Wh/kg, Doubling Satellite Energy Density
Modern Mechanics 24 Germany Overview The Technical University of Berlin (TU Berlin) and partners are developing 'SpaceBox,' a lithium-sulfur battery system that promises to double satellite energy storage density to over 300 Wh/kg. This ...
