Featured Articles

  1. MT2000: High‑Power (1 kW) Harmonic Load Pull For GaN Devices 7/9/2026

    Learn how the MT2000 enables accurate 1 kW GaN harmonic load pull measurements using hybrid impedance synthesis for faster, safer, and more efficient amplifier characterization.

  2. MT2000: Unlocking PA Efficiency Through 3rd Harmonic Load Pull 7/9/2026

    Discover how third harmonic load pull improves GaN power amplifier efficiency, enabling faster characterization, better models, and optimized RF performance with the MT2000.

  3. Testing Regenerative And Transparent 5G NTN Architectures With The ACE9600 7/9/2026

    Learn how the ACE9600 emulates dynamic 5G NTN satellite channels to validate regenerative and transparent architectures before deployment with realistic, repeatable laboratory testing.

  4. MT2000: Double Pulse Load Pull For Trapping Characterization Of GaN Transistors 7/9/2026

    RF Double Pulse Load Pull on the MT2000 reveals GaN transistor trapping effects, enabling accurate characterization of dynamic performance, model validation, and power amplifier optimization.

  5. Mobile User Objective System (MUOS) 3/3/2026

    Discover how MUOS leverages SA-WCDMA and satellite link emulators to deliver next-generation UHF battlefield communications under U.S. Space Force oversight.

  6. How Are 5G Non-Terrestrial Networks Driving Satellite Link Impairment And Hardware-In-The-Loop Emulation? 3/3/2026

    Explore how 5G Non-Terrestrial Networks integrate satellites, HAPS, and IoT to deliver seamless global connectivity, expanding 3GPP standards beyond traditional terrestrial limits.

  7. The Importance Of Satellite Channel Emulators In Non-Terrestrial Networks 3/3/2026

    Discover how satellite link emulators enable reliable Non-Terrestrial Networks by simulating real-world delays, Doppler effects, and handovers to accelerate 5G NTN development.

  8. How Do You Measure Phase Noise At D-Band Frequencies? 11/18/2025

    D-Band (110–170 GHz) enables 6G, inter-satellite links, and high-resolution radar, but phase noise challenges require precise measurement to ensure system performance and signal integrity.

  9. What Are High-Power Microwaves And Why Do They Matter On The Battlefield? 11/18/2025

    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.

  10. How Can Engineers Validate The Power And Precision Of High-Power Microwaves? 11/13/2025

    High-power microwave systems demand precise signal generation, amplification, measurement, and interconnects to deliver reliable, high-energy pulses capable of disabling electronic threats in dynamic combat environments.