More Power, More Interference?

2026-01-15


Is higher power always better for interference? In modern electronic interference systems, this is no longer the case. Advanced detection and localization technologies allow interference signals to be easily detected and characterized. Spurious emissions and phase noise make high-power signals with poor spectral purity easier to identify—and counter.

Is higher power always better for interference? In modern electronic interference systems, this is no longer the case. Advanced detection and localization technologies allow interference signals to be easily detected and characterized. Spurious emissions and phase noise make high-power signals with poor spectral purity easier to identify—and counter.

 

“Clean power” ensures high output while maintaining spectral purity, controlled nonlinearities, low phase noise, and consistent wideband performance under complex modulation. The goal is to deliver energy precisely where it’s needed—without revealing unnecessary signal features.

 

AmpliVisionS integrates clean power principles into RF amplifier design, optimizing spectral quality and linearity even at high output levels. In electronic interference and demanding test environments, stable, controlled, and clean power is becoming a key differentiator.

New Year, New Energy!

The AmpliVisions team is back in action, full of energy and ready to embrace new challenges.

2026-02-28



New Year, New Energy!

The AmpliVisions team is back in action, full of energy and ready to embrace new challenges.

Chinese New Year Holiday Announcement

The AmpliVisionS team wishes you a joyful and prosperous Chinese New Year! In celebration of the Spring Festival, we will be on holiday during the following period.

AVBR2080H49 — High Power. Wideband. System-Ready.

In wideband RF systems, the real challenge is not amplification itself —it is delivering stable high power across an ultra-wide frequency range.

Don’t Be Misled by the Datasheet (Part 2): The Real Truth About Amplifier Lifetime

Last week, we looked beyond the “100W” label and uncovered what truly determines the lifetime of an RF power amplifier.

Introducing our 125W Ka-Band BUC for high-reliability satellite uplink systems

High-frequency satellite communication is not only about output power —it’s about stability, linearity, protection, and long-term reliability in real operating environments.

Don’t Be Misled by the Datasheet (Part 1): The Real Truth About Amplifier Lifetime

Why can two “100W” RF amplifiers have completely different lifetimes —one operating reliably for 10 years, while another degrades in just three months?