North Carolina-based tech firm Qorvo is working to solve one of modern radar’s persistent challenges: increasing range and detection performance while reducing thermal strain and system complexity.
The company has introduced the QPF5012, a fully integrated X-band transmitter/receiver module operating from 8.5 to 10.5 gigahertz with 10 watts of transmit power.
Built for phased-array and multi-function radar systems, the device reportedly delivers 42 percent power-added efficiency and ultra-low distortion for target tracking.
It measures just 7 by 5 millimeters (0.7 by 0.5 centimeters), roughly the size of a small fingernail clipping, and is designed to support strict size, weight, and power requirements.
According to Qorvo, the integrated architecture reduces component count and simplifies radar system design while maintaining stable radio-frequency (RF) output under varying antenna loads.
This allows active electronically scanned array radars to maintain more consistent RF performance across different scan angles.
Samples of the QPF5012 are now available and on display at the IMS2026 event in Boston, Massachusetts.
Meeting Demand
Qorvo said the module builds on its experience in vertically integrated RF design and advanced multi-technology packaging.
By combining advanced capabilities into a unified architecture, the company aims to support growing demand in the aerospace and defense sectors for more capable and compact sensor systems.
“Radar designers have historically been forced to trade off output power, prime power, or sensitivity,” said Doug Bostrom, general manager of defense and aerospace business at Qorvo.
“With the QPF5012, Qorvo brings all three together in a compact integrated front-end module, helping customers simplify design, reduce thermal constraints and improve real-world radar performance.”
