SatNow

Space Antennas: The Brain Teaser of Deployable Mechanism Deployable antennas offer an elegant solution to this problem. Their ability to stow compactly during launch and expand into large, precisely shaped radiating structures in orbit makes them indispensable for missions that require both efficiency and high RF performance. Read more: https://lnkd.in/eDcHvHhA Anywaves #antenna #rf #space #satellite #payload

📶 Clean Ka-Band Reception. Stable RF Performance. The GMD182188A01 from Genmix Technology Co., Ltd is a Ka-band low noise block converter designed for high-performance satellite signal reception and frequency downconversion. With up to 62 dB conversion gain, low 1.6 dB noise figure, and excellent phase noise performance, it delivers reliable RF performance for VSAT networks, broadband SATCOM, and satellite broadcasting systems. Learn More: https://ow.ly/esPG50Z5BhI #lnb #kaband #satcom #rf #satellite

🔒 Radiation-Tolerant Isolation. Built for Mission Reliability. The IBS2249 from #ISOBAUD is a dual-channel hermetically sealed optocoupler designed for NewSpace and LEO mission applications requiring reliable electrical isolation and signal transfer. Featuring 1500 V isolation, radiation-tolerant performance, hermetic packaging, and stable phototransistor operation, it is ideal for SMPS, motor control systems, and aerospace electronics. Learn More: https://ow.ly/yeaN50Z5Bb5 #optocoupler #spaceelectronics #radiationhardened #aerospace #electronics

🛰️ Deep-Space Connectivity. Engineered for High-Performance SATCOM. The 65m Ka Band Antenna from GRC Ltd. is a high-performance satellite communication antenna designed for deep-space communication, radio astronomy, and high-throughput SATCOM operations. With high EIRP, strong G/T performance, dual polarization support, and rugged IP66 construction, it delivers reliable Ka-band connectivity for demanding ground segment and remote communication deployments. Learn More: https://ow.ly/e2MT50Z5B0n #satcom #kaband #groundstation #satellite #space

⚡ Ultra-Wideband Mixing. Built for Millimeter-Wave Performance. The MM1-1044LCH-2 from Marki Microwave is a GaAs MMIC double-balanced mixer engineered for broadband up-conversion and down-conversion across 10–44 GHz RF/LO frequencies. With low conversion loss, strong linearity, and compact MMIC construction, it delivers reliable high-frequency signal processing for 5G infrastructure, microwave communication systems, and advanced RF test platforms. Learn More: https://ow.ly/1H3S50Z5AEv #rfmixer #microwave #rf #5g #spaceelectronics

🧠 Rugged AI computing systems are becoming increasingly important for space missions. Aitech Systems is enhancing its space-proven AI platforms with NVIDIA IGX Thor technologies to support high-performance onboard computing for spacecraft and autonomous systems. Advanced edge AI enables faster real-time processing directly in orbit. Future satellites may increasingly function as autonomous AI-powered platforms rather than simple data collection systems. Read more: https://ow.ly/CeB350Z5zTS #ai #edgecomputing #satellite #spaceelectronics #spacetech

🛰️ GEO servicing and orbital logistics are emerging as major sectors within the commercial space economy. Infinite Orbits is expanding its GEO servicing and in-space logistics capabilities through new mission developments focused on satellite maintenance, maneuvering, and operational support in orbit. The company continues advancing technologies for sustainable long-term satellite operations. Orbital logistics infrastructure may become as essential to space operations as ports and transportation systems are on Earth. Read more: https://ow.ly/SQAQ50Z5zyT #orbitalservicing #satellite #spacelogistics #geo #spacetech

🚀 Defense propulsion manufacturing capacity is continuing to scale in response to growing demand. L3Harris Technologies is expanding PAC-3 rocket motor production through a new propulsion supply partnership aimed at strengthening missile system manufacturing and supply chain resilience. The expansion supports rising demand for advanced defense technologies. High-volume propulsion manufacturing is becoming a strategic priority across the aerospace and defense industry. Read more: https://ow.ly/6p9b50Z5zcF Lockheed Martin #defense #rocketmotor #propulsion #aerospace #l3harris

🛰️ Australia’s commercial satellite ecosystem continues expanding with indigenous spacecraft platforms. Gilmour Space Technologies is advancing Australian satellite capabilities through its ElaraSat multi-mission platform designed for flexible Earth observation, communications, and scientific missions. The platform supports scalable spacecraft deployment for multiple orbital applications. Regional satellite manufacturing capabilities are becoming increasingly important for sovereign space access and infrastructure development. Read more: https://lnkd.in/eyAfBCik #satellite #spacecraft #earthobservation #australia #newspace

🚀 Advanced propulsion control systems continue to drive next-generation defense technologies. Voyager Technologies has secured a $16.5 million Defense Advanced Research Projects Agency (DARPA) contract focused on rocket motor control technologies designed to improve propulsion precision and mission performance. The program supports future aerospace and defense applications requiring advanced maneuverability and reliability. Modern defense systems increasingly depend on highly intelligent and adaptable propulsion architectures. Read more: https://ow.ly/R3ei50Z5yAY #darpa #propulsion #rocketmotor #defense #spacetech