Empower RF Released Model 1240 Amplifier
The new GaN-based module delivers 200 watts of power across a 900-1700 MHz range for signal jamming and defense systems.
Updated on Sept. 25, 2026 in Consumer Electronics
Empower RF Systems has released the Model 1240, a high-power radio frequency amplifier designed for electronic warfare and counter-unmanned aerial system applications. The module has officially shipped to provide signal coverage across cellular and GNSS bands.
Why it matters
This amplifier serves the growing technical requirement for compact hardware capable of disrupting drone control links and cellular communications. Its output power addresses the need to neutralize signal-based threats in varied operational environments.
The Model 1240 guarantees a minimum output of 200 watts across the 900-1700 MHz band. This range encompasses critical GNSS signals, including L1 (1575.42 MHz), L2 (1227.60 MHz), and L5 (1176.45 MHz).
The players
Empower RF Systems
A manufacturer specializing in high-power solid-state radio frequency amplifiers for defense, electronic warfare, and radar markets.
The details
The device utilizes GaN (gallium nitride) transistor technology, a semiconductor material that allows for higher power density and efficiency compared to traditional silicon-based amplifiers. By integrating internal control and monitoring features, the unit functions as a smart module that can manage its own performance parameters. This allows the system to sustain high output levels across a wide frequency range without requiring manual calibration for individual bands.
Timeline
September 25, 2026: Empower RF released the Model 1240 amplifier.
The Tech Race
The Model 1240 consolidates signal disruption capabilities across cellular and all three major GNSS bands, moving past hardware that previously required separate modules for each frequency. This approach contrasts with traditional discrete amplification chains, signaling a shift toward integrated smart modules in modern electronic warfare gear.
Defense integrators and counter-drone system operators can immediately incorporate the Model 1240 into new platforms needing wideband signal mitigation. The unit simplifies system architecture by replacing multiple dedicated amplifiers with one smart module.
The takeaway
The Model 1240 reflects the shift toward high-density GaN modules that handle complex, multi-band frequency interference in a single package. Engineers should monitor the integration performance of these smart modules against legacy multi-device configurations in forthcoming defense field tests.
Further reading
For broader trends in radio frequency hardware, visit Consumer Electronics.
Source note: This article includes information reported by Everythingrf.
