BLOG
How Our Team Selects/Customizes
2025-02-28
At AmpliVisionS, our team takes a comprehensive approach when assisting clients in selecting or customizing high-performance RF power amplifiers to meet their specific requirements. We offer two main solutions: standard and custom. Here's how we handle each:
1. Standard Solutions:
When a client provides us with their requirements—such as frequency band, output power, gain, and other technical specifications—our team carefully reviews our existing product portfolio to identify amplifiers that best meet those needs. We then offer a selection of suitable amplifiers for the client to choose from. Once the client makes their selection, we provide a detailed quote for the chosen model.
This process is efficient and ideal for clients who need a proven solution quickly and reliably.
2. Custom Solutions:
For clients with more specialized needs or unique project requirements, our team works closely with them to understand the full scope of the application. Clients provide detailed information, such as frequency bands, power output, gain, and environmental conditions.
Our team then evaluates whether we can meet the requirements with a tailored solution. If we can proceed, we prepare a custom datasheet with all the necessary technical details. The client reviews the datasheet and may suggest any further adjustments. Once all specifications are finalized, the client can place an order.
Why Choose AmpliVisionS?
At AmpliVisionS, we specialize in designing, developing, and manufacturing high-quality RF and microwave amplifiers for a wide range of applications, including commercial, defense, and industrial sectors. Our team is dedicated to providing reliable, high-performance solutions tailored to the specific needs of each client. Whether you require a standard solution or a custom design, we’re here to help you find the best RF power amplifier for your application.
■
Turning GaN Power into 200W Per Channel – Meet the AVNP9250H53-T4
The AVNP9250H53-T4 is a 4-channel, high-gain solid-state broadband pulsed amplifier designed to deliver reliable performance in demanding radar and pulse applications. Each channel provides 200W Psat, ensuring robust output power across the 8.9–9.6 GHz frequency range. Built with the latest high-power GaN transistors, it integrates advanced control, monitoring, and protection circuits to guarantee high availability and dependable operation.
—
2025-09-18
■
GaN technology is setting the pace for RF innovation in 2025
GaN continues to dominate the RF power landscape. Over the past few years, two clear trends have become evident
■
Breakthrough in 19GHz Direct RF Sampling – Transforming Satellite Communication & Radar Systems
Direct RF sampling enables high-frequency signals to be captured directly, simplifying system design, enhancing reliability, and reducing power consumption – the “crown jewel” of signal processing. Recently, China launched its first 4-channel, 12-bit, 40GSPS high-speed RF direct-sampling ADC, featuring a 19GHz analog input bandwidth – a milestone that positions China at the forefront of high-end RF technology.
■
Turning GaN Potential into 800W of RF Power
Every pulse matters. Every watt counts. The AVNP5600H59 delivers 800W of solid-state RF power in a compact, high-gain amplifier designed for demanding pulsed applications. Leveraging advanced GaN transistor technology, this amplifier combines efficiency, reliability, and intelligent control in a single module.
■
Powering Safer Skies: RF Trends in Weather & Defense Radar
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.
■
Power Meets Precision: L-Band Pulsed High Power Amplifiers
AmpliVisionS brings you a lineup of high-power, compact L-band pulsed amplifiers built with the latest GaN transistors and advanced power-combining technology. Designed for marine, airborne, and weather radar systems, these amplifiers deliver reliable performance in demanding civil and military environments.