Space Insider’s Post

NASA’s recent Europa Clipper launch underscores the critical role of radiation-hardened technology in spacecraft electronics.  The mission faced last-minute transistor concerns from Jupiter’s radiation, but a "canary box" solution averted disaster. To prevent future crises, embracing technologies like silicon carbide semiconductors, FinFETs, and integrated photonics with superior radiation resistance is critical.  Innovations in nonvolatile memory, such as MRAM and ReRAM, also offer enhanced onboard data processing capabilities. These advancements help achieve mission success amidst the frontier of space exploration.   Find more insights in the IEEE article: https://lnkd.in/eRWwyDz8 #SpaceTech #RadiationHardening #Semiconductors #NASA #EuropaClipper #SpaceExploration #Electronics

Explore the Future of Space Technology with Photonics Discover how advanced semiconductors like silicon carbide and integrated photonic systems revolutionize spacecraft electronics in the fight against extreme radiation. Photonic systems, which use light instead of electrons for data transfer, offer naturally radiation-hard solutions that can handle high-bandwidth data transmission—key for future deep space missions. Read the full IEEE Spectrum article here: https://lnkd.in/eScjPPCz #Photonics #SpaceTech #Semiconductors #IEEE https://lnkd.in/eScjPPCz

The future of space exploration relies on advanced radiation-hardened electronics to survive harsh environments. From silicon carbide semiconductors to photonic systems, these innovations are key to protecting spacecraft from radiation damage. With cutting-edge materials and designs, researchers aim to push the limits of where we can go in space. 🌌 #SpaceExploration #Semiconductors #RadiationHardening #Vanderbilt

The U.S. Department of Commerce’s (DoC) CHIPS and Science Act continues to finalize some of the direct funding deals that were announced in the past two years with satellite and spacecraft vendors BAE Systems and Rocket Lab being the latest.

NASA's Europa Clipper, the largest spacecraft built for a planetary mission, aims to study Jupiter's moon Europa for signs of life. The mission faced a significant challenge when researchers discovered that some of the spacecraft's transistors would fail under Jupiter's extreme radiation levels. To address this, NASA added a "canary box" to monitor radiation effects during the mission. Techniques in radiation hardening include the use of silicon carbide semiconductors to protect future spacecraft electronics #EuropaClipper #SpaceExploration

Advancements in space semiconductors, driven by innovations like #graphene and gallium nitride (#GaN), are reshaping the industry. These materials offer unparalleled performance under extreme space conditions, enabling breakthroughs in satellite technology and space exploration. As the demand for miniaturized, efficient components grows, the #spacesemiconductor sector is poised for significant expansion, especially in the Asia-Pacific region. #AMR #SpaceTech #Semiconductors #Graphene #GalliumNitride #SpaceExploration #SatelliteTechnology #Innovation #TechTrends #AsiaPacific #Miniaturization #SpaceIndustry #AdvancedMaterials #SpaceResearch #SpaceSemiconductors #TechInnovation https://lnkd.in/dmyevJ7A

SiC Innovations Advance Space Power Technology In the pursuit of ambitious space exploration, NASA’s technology roadmap underscores the critical need for advancements in power and energy storage. Driven by the imperative to support extended missions to Mars and beyond, NASA’s objectives demand cutting-edge solutions. The threat of radiation-induced failures in power semiconductor devices poses a significant challenge. In an interview with EE Times | Electronic Engineering Times, CoolCAD Electronics, Inc. Electronics co-founder and CTO Akin Akturk stressed this issue, noting the importance of robust technologies to withstand space radiation hazards. CoolCAD is pioneering the development of semiconductor devices based on silicon carbide (SiC), engineered for resilience in extreme environments. For the complete story, see link below: https://lnkd.in/gV3hAyrC #semiconductor #sic #powerelectronics #semiconductorassembly

COMMERCIAL UTILISATION FANTASIES FACING HARD REALITY Relying on hypothetical users and the lack of an internationally minded regulatory framework will kill any commercial space station program. "The business model had always counted on having significant power for microgravity research, semiconductor production, and pharmaceutical production, plus supporting life in space," a source told the publication. "The business model had to change… and that has continued to make it challenging for the company to get around its cash flow issues." The other issue is that a regulatory framework based on NASA procurement safety rules (i. e., the one used for the CCP) cannot accommodate a variety of different users onboard a commercial space station (private, institutional, and international). Safety is a characteristic of the system as a whole. A single set of safety requirements and a single certification process is mandatory.

"Semiconductors in Space Exploration: Enabling the Next Frontier Semiconductors are playing a crucial role in space exploration, from powering communication systems to enabling scientific discoveries. Here are some ways semiconductors are contributing to space travel: 1. Radiation-hardened chips : Withstanding harsh space environments to ensure reliable communication and navigation. 2. High-performance computing : Enabling complex simulations, data analysis, and AI-driven insights. 3. Power management : Efficiently managing power consumption for extended space missions. 4. Sensors and actuators : Enabling precise control and monitoring of spacecraft systems. 5. Communication systems : Facilitating high-speed data transmission between spacecraft and Earth. Semiconductors are helping us: - Explore distant planets and galaxies - Understand the universe's mysteries - Improve life on Earth through space-based research As we continue to push the boundaries of space exploration, let's recognize the vital role semiconductors play in making it possible. What are your thoughts on the intersection of semiconductors and space exploration? Share your insights! #spaceexploration #semiconductors #innovation #technology