12.11.25 -- The Next Wave Of RFIC/MMIC Innovation, Benefits Of Foam Polymers In Low Loss Coaxial Cables, Overcoming Radar Simulation System Challenges & More

Over-the-air testing enables realistic validation of advanced antenna systems and arrays, transforming how next-generation wireless devices are measured, optimized, and qualified for performance.

GaAs MMIC filters offer the best combination of performance, cost, and consistency – recent testing further indicates that these filters maintain consistency with low variability.

High-resolution phased array advancements enhance phase-critical analog and digital transceivers for aerospace and defense. Explore the materials and technologies behind high-throughput systems.

Satellite link budget analysis balances power, antenna gain, noise, and losses; optimizing EIRP, G/T, and SNR ensures reliable connectivity, enhanced by adaptive and machine-learning techniques.

High-power microwave systems deliver precise, non-kinetic electronic attack. Learn how HPM works, where it’s deployed, and how signal-chain characterization ensures mission-ready performance.

Examine the challenges faced by EW system engineers in testing the effectiveness of their designs — in terms of technical demands, in-house capability, and, of course, cost.

Discover over 4,000 commercial off-the-shelf models, complete with test results, S-parameters, 3D models, and detailed specifications accessible online on demand.