REDCOM Laboratories, Inc.’s Post

Explore how direct RF is redefining what’s possible in radar and software radio, from jamming to electronic intelligence to significant performance increases in bandwidth capture. https://ow.ly/QNoE50SnlVf #InnovationThatMatters #RF #Microwave #Defense

Electronic Warfare or Electromagnetic Warfare (Directed Energy Weapons)... https://lnkd.in/etDHeiB8

Choosing power amplifiers for Ka-band, Q-band, and other high-frequency applications isn't just about specs—it's about overcoming SWaP-C challenges while ensuring reliability and performance. In this article, dB Control offers insights into selecting the right amplifiers for your satcom, radar, and electronic warfare systems. #mmWave #Satcom #Radar #ElectronicWarfare

🛡🌐 Modular weapons and radar systems are crucial for modern defense as they adapt quickly to evolving threats. These systems offer flexibility by allowing reconfiguration and upgrades without needing complete replacements. Open-system architectures enable integration with third-party components, enhancing interoperability and preventing vendor lock-in. Modular designs also support multi-domain operations by consolidating functions like radar, communication, and electronic warfare into unified systems. ✔️ This approach reduces costs, simplifies logistics, and ensures readiness while aligning with the fast-paced demands of modern warfare.

China's emphasis on electronic warfare modernization continues, as new technological ideas are researched and tested, impacting possible conflict scenarios with the US, Taiwan, and India. Chinese emphasis in modernizing electronic warfare capabilities dates back to the Twelfth Five Year Plan (2011-2015) when "informatization" and operation within a "complex electromagnetic environment" was first stressed. Given Yang Kai's ties to the Beijing Institute of Technology (北京理工大学) and it's history of defense laboratories and research, I see the technology advancing with continuous testing, refinement, and perhaps launched in the field in the next few years or even at the conclusion of the Fourteenth Five Year Plan (2021-2025). https://lnkd.in/gWvrDx7Q

Swapping new components in for others is usually more about software than hardware. A good solution that underpins standards that are meant for Modularity is precisely what RTI enables. Come to this virtual MOSA event to learn how. #thisisdds #mosa #datacentric

Electronic Warfare is – and will continue to be – the cornerstone of identifying enemy forces, equipment and movement to help the RN plan and conduct operations, along with the sharing of intelligence by exploiting electromagnetic energy. Continue reading: https://lnkd.in/egT4y-UA

#PrecisionTiming is the cornerstone for reliable #PNT and enables the synchronization of mission-critical defense systems. Our #Endura Epoch Platform™ MEMS OCXOs enable a new level of assured PNT system performance in GPS-contested environments with their low size, weight, and power (SWaP). See why #SiTime Endura Epoch OCXOs are the superior holdover alternative for A-PNT systems compared to quartz components or chip-scale atomic clocks 👉 https://lnkd.in/gWRHkrsE   #GPS #DefenseElectronics #Oscillators

Qorvo's radar solutions, utilized in land, sea, and airborne platforms like the F-15, F-22, and F-35, benefit from reliable technology. With a rich heritage in global defense and commercial support, Qorvo connects and protects assets worldwide by monitoring threats, tracking criminals, and coordinating airspace. Customers enjoy flexibility in designing systems tailored to their needs, spanning frequencies from DC to 100 GHz with top-notch power, efficiency, and signal controls. As a top defense and aerospace supplier, Qorvo's Richardson, TX foundry holds a Category 1A "Trusted Source" accreditation by the Department of Defense. This certification signifies the confidence of the DoD and NSA in Qorvo's ability to deliver trusted microelectronic solutions meeting critical mission needs today and in the future. Radar equipment, crucially powered by AC or high-voltage DC sources, require well-regulated power supplies for reliable operation. Qorvo's portfolio of SiC FETs and Schottky diodes enables the construction of efficient and robust power supplies for radar systems, ensuring optimal performance.

Qorvo's radar solutions, utilized in land, sea, and airborne platforms like the F-15, F-22, and F-35, benefit from reliable technology. With a rich heritage in global defense and commercial support, Qorvo connects and protects assets worldwide by monitoring threats, tracking criminals, and coordinating airspace. Customers enjoy flexibility in designing systems tailored to their needs, spanning frequencies from DC to 100 GHz with top-notch power, efficiency, and signal controls. As a top defense and aerospace supplier, Qorvo's Richardson, TX foundry holds a Category 1A "Trusted Source" accreditation by the Department of Defense. This certification signifies the confidence of the DoD and NSA in Qorvo's ability to deliver trusted microelectronic solutions meeting critical mission needs today and in the future. Radar equipment, crucially powered by AC or high-voltage DC sources, require well-regulated power supplies for reliable operation. Qorvo's portfolio of SiC FETs and Schottky diodes enables the construction of efficient and robust power supplies for radar systems, ensuring optimal performance.