12.04.25 -- The Unique Physics Of Huygens Antennas, Why Does Pulse Shape Matter For Radar, mmWave Radar Applications And Advantages & More

Pulse fidelity is essential for radar accuracy. Advanced driver amplifiers and peak power sensors enable precise pulse characterization, ensuring reliable detection and target discrimination in mission-critical systems.

Analyze interference at a landing aircraft’s radar altimeter from nearby 5G base stations using Remcom’s Wireless InSite 3D Wireless Prediction Software at Chicago O’Hare Airport.

GaN technology delivers major SWaP-C advantages for AESA radar systems, helping designers boost power, reduce thermal load, and shrink size and weight while maintaining cost-effective performance.

Explore essential radar waveforms used in defense, aerospace, and commercial systems, including pulse, pulse-Doppler, continuous wave, and frequency-shift keying, and their practical applications.

Millimeter-wave radar plays a vital role in modern sensing, supporting intelligent decision-making across automotive, industrial, civil, and meteorological systems with precise, robust environmental detection.

This guide discusses special considerations that are sometimes required in antenna design typically at very high and very low frequencies.

Designing a high-performance, energy-efficient antenna array for 5G or SATCOM applications is no small feat. It requires deep expertise and the ability to balance a wide range of system-level trade-offs.

With CPI EDB's experience and product breadth, it can support most new and existing weather radar systems with a large array of coaxial magnetrons, klystrons, and receiver protectors.