Featured Articles

  1. Can mmWave Radar Give Industrial Robotics Better Spatial Awareness? 12/17/2025

    For safety, convenience, and productivity, mmWave radar sensors could be the best way to boost spatial awareness in machinery.

  2. Noise Figure And Receiver Sensitivity Explained: Practical RF Design For Low-Noise Systems 11/24/2025

    Receiver sensitivity depends on noise figure, front-end loss, and amplifier design. Learn how low-noise, low-power LNAs optimize signal detection in complex RF and microwave systems.

  3. Why Low-Band Spectrum Remains The Backbone Of Mobile Networks 11/20/2025

    As mobile operators chase higher-frequency bands for speed and capacity, the 600–900 MHz bands remain vital for wide area coverage, energy efficiency, and bridging the digital divide.

  4. 8 Ways Advanced Wireless Technologies Are Transforming Autonomous Robotics In Warehouses 11/17/2025

    By integrating 5G, Wi-Fi 6, and edge computing, warehouses gain responsiveness to manage dynamic workflows and data-heavy operations without interruption. This transformation marks a new era where connectivity is the central nervous system driving intelligent, adaptive automation at scale.

  5. 5 Key Connector Care Tips For Repeatable, High-Integrity Performance 10/15/2025

    To ensure high-integrity RF/microwave performance, follow these five tips: check compatibility, inspect for alignment, clean, verify pin depth with a gauge, and store properly.

  6. The Impact Of Cable Phase Stability On Precision Measurements 10/15/2025

    Cable phase instability, caused by flexure, temperature, and wear, degrades precision measurements, making phase-stable armored cables and specific testing crucial for high-accuracy systems.

  7. EMI Filters: The First Line Of Defense In Military/Aerospace Electronics 10/13/2025

    When failure is not an option, high-reliability EMI filters deliver superior high-frequency EMI suppression for mission-critical applications in aerospace and defense.

  8. Multicoax Board-Mounted Connector Performs To 90 GHz 9/29/2025

    Explore the assembly of high-performance MXPM PCB sockets, covering footprint optimization, soldering techniques, plating, and component placement.

  9. Footprint Optimization For Optimal Return Loss Performance 9/29/2025

    High-speed RF connector performance (up to 90 GHz) requires custom PCB footprint optimization using EM simulation, focusing on ground cutouts and compensation lines to ensure signal integrity.

  10. MXPM PCB Socket Assembly 9/29/2025

    Explore the assembly of high-performance MXPM PCB sockets, covering footprint optimization, soldering techniques, plating, and component placement.