100W GaN Drone Jammer Module 2500–2700MHz

If you need a compact RF block for 2500–2700MHz drone interference, this 100W GaN module is built for straightforward integration. It combines a GaN power stage, an internal high-speed sweep source, and protection circuitry in a metal housing measuring 168.5×84.5×23mm and weighing 0.55kg. The module is aimed at system builders who want analog interference capability without designing the RF chain from scratch. Use it only where local rules allow jamming or authorized testing.

What is inside

The signal path is simple on purpose. A built-in sweep source drives the GaN amplifier, so the module works as an analog jammer block rather than a bare amplifier. Output is via an SMA female connector. The 50Ω output stage is rated for VSWR ≤2.0, and an absorptive VSWR protection device helps absorb reflected power instead of letting it stress the amplifier. That matters in field setups where antennas may be swapped or mismatched during testing.

Why GaN matters

GaN devices handle high power density and heat better than many older RF technologies. In this module, that helps keep the package small while still reaching 100W typical output. It also supports the 40% minimum efficiency figure, which is useful when the module has to fit into a portable or rack-mounted system with limited cooling space.

Power and efficiency

The module runs from DC24–29V and draws up to 12.0A. Typical output is 100W across 2500–2700MHz, with efficiency of at least 40%. In practice, that means the supply and cooling plan need to handle more than just RF output. Use short, thick DC leads, good grounding, and a heatsink or cold plate sized for continuous operation. The operating range is -20 to +65°C, but case temperature still drives long-term reliability.

Control and status

On/off control is easy to wire: +5V or floating means on; grounding means off. Three LEDs show power, over-voltage, and over-temperature status, which helps during bench checks and troubleshooting. The drone jammer module does not need a complicated digital interface, so it suits systems that already have their own control board. Keep the control line clean and avoid hot-plugging the RF output while the module is running.

Integration notes

Mount the module where air can move around the housing, and use a thermal pad or thermal paste between the base and the heatsink. Keep the antenna cable short and rated for the power level. Check VSWR before full-power tests, and start with lower duty cycles if you are still tuning the antenna. The SMA connector should be torqued properly and supported so cable weight does not stress the joint.

Who it suits

This 100W GaN drone jammer module fits counter-drone system integrators, RF test setups, and authorized security projects that need a 2500–2700MHz analog interference source. It is not a standalone consumer device. Final system performance depends on antenna gain, mounting, cable loss, and the local RF environment.