Space electronics have changed more in the last five years than in the previous two decades, with more need for flexibility and scale. Examine how New Space designers can confront modern constraints.
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Radiation‑hardened GaN RF technology boosts LEO satellite performance with high efficiency, reliable 5G/6G links, and robust power management for space‑grade communication systems.
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Qorvo X-band GaN and silicon solutions deliver compact, high-resolution radar and satellite communication systems for aerospace, defense, and commercial applications.
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Explore what “rugged” and “reliable” mean for aerospace and defense applications and examine how MIL-SPEC connectors address these design challenges.
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Discover how advanced materials like ceramics, refractory metals, and graphene protect space robots from extreme heat, radiation, and terrain.
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Laser additive manufacturing allows for precision metal printing in orbit, on Mars, and at forward bases.
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Explore how satellite data from the ESA’s missions drive smart and regenerative farming practices that boost efficiency and enhance sustainability.
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Explore the critical role of high-reliability connectors in space exploration, examining their essential function in all stages of spaceflight missions.
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Amphenol Aerospace's MIL-HD2 connectors represent the next generation of VITA 91 connectors, designed to meet 56Gb/s PAM4 data rate requirements.
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Starlink bridges the digital divide and improves global internet access by providing high-speed, low-latency internet access to remote and rural areas.
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Space is a hostile environment; the extreme temperatures and high radiation levels that permeate the infinite vacuum pose a unique challenge to humans and spacecraft alike.
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Modern life has a high reliance on electronics for navigation, safety, and even satellite applications. Designing electronics to operate in space is not as difficult as one might think.
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The exploration and long-term settlement of our solar system will be entirely different from European colonization. The extreme environment of space,
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Designing a service bot is challenging enough, but designing one for microgravity and is appealing to its fellow astronauts adds to the unique design challenges. See how engineers at Airbus...
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What sets SpaceX's Falcon Heavy rocket launch apart from missions that came before it? While thrusting a Tesla into space has captured media attention
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As engineers, we need to ensure that future lighting designs make greater use of external shielding and electronic controls to optimize when, where, a
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High-performance, zero margin for error, extreme environments, and more are just some of the high-stakes challenges that space engineers face. New mat
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When I was young, as most aspiring engineers do, I dreamed of going to outer space, specifically Mars. And I thought the only way to get there was abo
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Hundreds of femtosatellites, called Sprites, were shipped into space on the first KickSat, which started as a KickStarter project to launch what amoun
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What makes for a harsh environment? For a person, that's an inhospitable set of conditions that can cause bodily harm over a period of time. Space is
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