80W UAV Jamming Module 2300-2500MHz – High-Power GaN Counter-Drone System

The 80W UAV jamming module delivers reliable, wideband interference for neutralizing hostile drones in critical airspace. Built around gallium nitride (GaN) technology, this self-contained module packs 80W of saturated output power into a footprint smaller than a smartphone. Whether you are designing a portable jammer gun, a vehicle-mounted denial system, or a fixed-site protection rack, this module offers the performance, efficiency, and durability required for real-world counter-drone missions.

Why Choose This 80W UAV Jamming Module?

Rogue drones pose growing threats to airports, stadiums, military bases, and public events. The 80W UAV jamming module directly addresses this challenge by covering the 2300–2500MHz band – a primary frequency range for drone command links and video downlinks. With its built-in high-speed swept source, the module generates dense, dynamic interference that disrupts both fixed-channel and frequency-hopping protocols. No external signal generator is needed, simplifying integration and reducing system cost.

GaN Technology – The Power Behind the Module

Gallium nitride has become the gold standard for RF power amplifiers, and this 80W UAV jamming module fully exploits its advantages. GaN offers higher breakdown voltage, better thermal conductivity, and lower parasitic capacitance compared to traditional LDMOS or silicon transistors. The result is ≥40% power-added efficiency, which means less heat dissipation and lower DC current draw – only 12A at 28V nominal. This efficiency allows the module to run cooler during extended jamming operations, extending component life and reducing the need for bulky heat sinks.

Frequency Coverage and Built-in Swept Source

Operating across 2300–2500MHz, the 80W UAV jamming module targets the exact spectrum used by many popular consumer and enterprise drones. The internal swept source continuously hops across this band at high speed, creating a broad interference blanket that overwhelms drone receivers. The analog scan speed is factory-optimised for maximum disruption, but the module also accepts external modulation inputs for users who need custom jamming waveforms. With an SMA female output connector, antenna attachment is quick and secure.

Rugged Design and Thermal Management

Field deployment demands robustness, and this 80W UAV jamming module is built to endure. It operates reliably from -20°C to +65°C, covering extreme environments from freezing winters to scorching summers. The aluminium baseplate with nickel plating ensures excellent heat spreading, while the compact dimensions – 168.5×84.5×23mm – and weight of just 0.55kg make it one of the most portable 80W-class jammers available. Whether mounted on a drone, a handheld rifle, or a tripod, this module fits where others cannot.

Simple Control and Comprehensive Protection

On/off control is straightforward: apply +5V or leave the control pin floating to enable the amplifier, or ground it to disable. This logic-level interface works seamlessly with 3.3V and 5V microcontrollers, relays, or manual switches. The module also features built-in absorption-type VSWR protection that activates when load mismatch exceeds 2.0:1, preventing reflected power from damaging the internal amplifier. Front-panel LEDs indicate power-on status, fault conditions, and VSWR alarms, giving operators instant visual feedback.

Integration Tips and Typical Use Cases

The 80W UAV jamming module suits a wide range of applications:

• Handheld counter-drone guns

• Mobile ground vehicles for area denial

• Fixed perimeter security systems

• Laboratory testing of drone resilience

When integrating, ensure your antenna presents a VSWR below 2.0 to avoid triggering protection. Adding a circulator or isolator between the module and antenna provides extra safety, especially when testing into mismatched loads. For deeper insights into GaN design principles, refer to this external resource on GaN RF efficiency . 

Performance Consistency Across Conditions

This 80W UAV jamming module maintains stable output power across voltage and temperature variations, thanks to careful biasing and temperature compensation circuits. Users consistently report that the module delivers its rated 80W CW-equivalent power even after hours of continuous operation, with minimal performance drift. The high efficiency also reduces the burden on battery-powered systems – a critical advantage for man-portable units where every watt counts.