Rocket Lab’s Post

Biden-Harris Administration Announces $23.9M Investment in Rocket Lab for Space-Grade Solar Cells Learn more & get our take 👇 https://lnkd.in/gaaW-WA3 “This proposed award would help our military, NASA, and our commercial space industry have access to the specialty semiconductors they need to keep our country safe and continue to lead in scientific discoveries and space commerce.” — Gina Raimondo, Secretary of Commerce at U.S “The President marks another important chapter for America’s semiconductor leadership, bringing the most innovative solar cell technology to New Mexico and boosting our leadership in space technology.” — Lael Brainard, Advisor at White House National Economic “This program is a continuation of our commitment to ensuring resilient U.S. supply chains and creating highly productive local jobs.” — Peter Beck, CEO at Rocket Lab “Solar cells are increasingly important to maintaining United States’ leadership in space. Today’s announcement demonstrates a commitment to revitalizing all areas of America’s semiconductor industry alongside the research and development that makes these advances possible.” — Laurie Locascio, Undersecretary of Commerce for Standards and Technology and Director at National Institute of Standards and Technology (NIST) #funding #solar #SoTNews

#Microchip Technology responds with a broad range of space-grade products, including #components such as #microcontrollers, highly integrated #FPGAs, #DC-DC #converters, #oscillators, #interfaceICs, #memories, and individual #diodes and #transistors. This diverse portfolio provides spacecraft with that are-grade and radiation-hardened components designed to withstand the harsh #environmentalconditions of space, thus ensuring their resilience. #SpaceElectronics #ProductPortfolio #Electronics #space #ICHOME #electroniccomponents

#Microchip Technology responds with a broad range of space-grade products, including #components such as #microcontrollers, highly integrated #FPGAs, #DC-DC #converters, #oscillators, #interfaceICs, #memories, and individual #diodes and #transistors. This diverse portfolio provides spacecraft with that are-grade and radiation-hardened components designed to withstand the harsh #environmentalconditions of space, thus ensuring their resilience. #SpaceElectronics #ProductPortfolio #Electronics #space #ICHOME #electroniccomponents

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

Exploring the Future of Power Devices for Aircraft and Space Applications! As power conversion requirements for aircraft, spacecraft, and satellites continue to evolve, the push for higher efficiency, power density, and reduced size and weight is more crucial than ever. Wide-bandgap (WBG) semiconductors, such as Silicon Carbide (SiC) and Gallium Nitride (GaN), are emerging as game-changers in this space. Why SiC Power Devices? Enhanced Power Density: SiC devices offer superior voltage scaling and efficiency, making them ideal for high-power, high-voltage applications. Thermal Advantages: Their high thermal conductivity allows them to operate reliably in harsh environments, reducing the need for extensive cooling systems. Radiation Hardness: SiC devices are more tolerant to Total Ionizing Dose (TID) and displacement damage compared to traditional silicon, though careful consideration of radiation effects is necessary. In our latest article, we delve into: Trends in Power Conversion: From the needs of electric aircraft to the power levels required for deep-space missions. Challenges and Solutions: Addressing the radiation-hardness of SiC devices and their potential for high-power space applications. Read the full article to understand how SiC devices are paving the way for advancements in aircraft and space power systems, and explore the latest insights from CoolCAD Electronics' presentation at PCIM Europe 2024 https://lnkd.in/gjGT6vWD #SIC #PowerElectronics

A Semiconductor factory in Space? Wait, are you kidding me? 😮 🚀 Imagine a factory in space 🛰 , where microgravity and vacuum conditions enable the production of semiconductors ⚡with unprecedented precision and quality. Welcome to the future of semiconductor manufacturing in Low Earth Orbit (LEO)! But where does this manufacturing takes place in Space? Currently, we don't have any huge factories and building outside of earth? We have "International Space Station (ISS)" which is orbiting the earth above 408km and can accommodate 13 astronomers at a time. Even though it is not big enough to house the whole factory, it is useful to conduct a series of experimentations on how semiconductor manufacturing be achieved economically by alleviating the logistical burdens. The future of semiconductors will touch the sky! You can learn more at: https://lnkd.in/gtUjVFWD Image credit: "Releasing JAXA's HTV7 cargo vehicle from the ISS" by Astro_Alex is licensed under CC BY-SA 2.0. #semiconductors #space #economy #manufacturing.

🚨 This just in, EMA will be attending Space Symposium 2024!   📍 Booth #1049 with Ansys     The Broadmoor     Colorado Springs, Colo.   📅 April 8- 11   Stop by to learn more about our product Ansys Charge Plus. It is the only commercial tool on the market that addresses: · the effects on spacecraft from the space plasma environment. · the effects on spacecraft materials and electronics from radiation environments considering particle physics reactions.   Charge Plus multiphysics co-simulation is tailored for accuracy and performance to reduce the risk of mission failure. Application areas include space plasma environments and radiation effects, ESD, arcing, and semiconductor processing plasmas.   Click this link to request a meeting with Matt Miller and we'll see you in Colorado Springs. https://lnkd.in/gkNdZfpx.   #EMA #Ansys #ChargePlus #simualtion #SpaceSymposium #space

"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

I was holding this monologue about the Governing Forces now (it's not the US) but, it does make sense that these are sorted for attesting the projected field in a *scheduled order*, expressing to the total set of Quantum Potential Kinetics 🙃 While the industry awaits Quantum Phenomena based Computing, with risk of Error Failure its probalistic and likely. But Entanglement is only that and insecure, OfCourse, no problem, other physics are profound++ anyone: how about >Hoverboard< >teleportation< The Implications of teleportation alone, rest assure, I'll write a letter to the xo about this. To make a shortcut we do not name this entanglement it is to some understanding (NIST) about what is fundamentally unbreakable. We can also steer future spacecraft no need to swing around

The Biden-Harris Administration has announced a preliminary agreement with Rocket Lab to expand the production of compound semiconductors. This move, backed by the CHIPS Act funding, aims to bolster the U.S. supply of crucial semiconductors used in spacecraft and satellites, enhancing national security and commercial space ventures. #BidenHarrisAdministration #CHIPSActfunding #RocketLab #RocketLabNewMexico #satellitemanufacturing #semiconductorproduction #Semiconductorsupplychain #spaceindustryexpansion #spacetechnology #thxnews #USsemiconductorindustry