Powering Safer Skies: RF Trends in Weather & Defense Radar

2025-09-04


Across the Asia-Pacific region, governments are actively investing in upgrading weather radar and border surveillance systems over 2025–2026. The drivers are clear: extreme weather events are becoming more frequent and intense, and security challenges—from drones to maritime monitoring—demand better, faster, and more reliable radar coverage.

Across the Asia-Pacific region, governments are actively investing in upgrading weather radar and border surveillance systems over 2025–2026. The drivers are clear: extreme weather events are becoming more frequent and intense, and security challenges—from drones to maritime monitoring—demand better, faster, and more reliable radar coverage.

 

The trend is pushing radar systems toward wider bandwidths, higher power density, and improved resolution. This is where high-power GaN-based solid-state power amplifiers (SSPAs) come in. They offer the efficiency, reliability, and durability that next-generation radar systems need, making them increasingly preferred over traditional TWT solutions.

 

For the RF community, this is an exciting time. Innovation is accelerating: radar systems are becoming smarter, more precise, and capable of operating under harsher conditions than ever before. Engineers are combining advanced power combining techniques, thermal management, and robust circuit designs to meet these growing demands.

 

At AmpliVisionS, we’re closely following these developments. Seeing how new radar deployments are shaping the future of defense, weather monitoring, and border security is inspiring. The era of high-performance, wideband, and reliable SSPAs is not just coming—it’s already here, powering safer skies and more accurate monitoring systems.

Low Power, Long Range: Narrowband RF Power Amplifiers in Smart Cities

As smart cities evolve, efficient, automated infrastructure is key to improving urban management and residents’ quality of life. Applications like smart street lighting, waste management, environmental monitoring, and public safety are driving demand for low-power, long-range communication. Narrowband RF power amplifiers (RF PAs), with their low power consumption and long range, are crucial in meeting these needs.

2025-10-31



Low Power, Long Range: Narrowband RF Power Amplifiers in Smart Cities

As smart cities evolve, efficient, automated infrastructure is key to improving urban management and residents’ quality of life. Applications like smart street lighting, waste management, environmental monitoring, and public safety are driving demand for low-power, long-range communication. Narrowband RF power amplifiers (RF PAs), with their low power consumption and long range, are crucial in meeting these needs.

AVBR00205H53: 200W High Gain Solid State Broadband Amplifier

The AVBR00205H53 is a high-performance 200W solid-state broadband amplifier designed for demanding applications such as broadband jamming and EMC testing. Built with advanced LDMOS transistor technology, it provides superior power, high gain, and exceptional reliability.

AmpliVisionS GaN Solid-State Microwave Generators

At AmpliVisionS, we bring these elements together through our high-power GaN solid-state microwave generator solutions, built to empower applications that demand absolute control — from test benches and microwave heating to medical and industrial systems.

Celebrating National Day & Mid-Autumn Festival in China

In China, early October is particularly special, as two major holidays often fall close together or even overlap:

Ka-band 125W BUC — Proven & Reliable

Our Ka-band 125W BUC has been time-tested and validated through batch production and extensive field applications, ensuring stable and reliable performance.