100W Anti Drone Module – GaN Countermeasure 6.9-7.2GHz

As unauthorized drone incursions become more frequent, security teams need compact yet powerful jammers. The 100W anti drone module is engineered to meet this challenge head-on. Operating in the 6900–7200 MHz band, it delivers a clean 50 dBm (100 W) of RF output—enough to disrupt drone control and video links at significant standoff distances. Unlike bulky rack-mount amplifiers, this 100W anti drone module packs high-power GaN technology into a palm-sized form factor that fits into mobile, man-portable, and fixed-site counter-UAS setups.

Why Gallium Nitride on SiC Matters

The secret behind this 100W anti drone module lies in its GaN-on-SiC (Gallium Nitride on Silicon Carbide) architecture. We use a Class AB design bonded to a copper carrier, which pulls heat away from the transistor junction far more efficiently than traditional packaging. Patented thermal management allows continuous-wave and high-duty-cycle jamming without thermal throttling. The 50-ohm input/output impedance keeps integration simple, and the N-type female connector ensures a secure RF link.

Wide Instantaneous Bandwidth and Fast Scanning

Most drone jammers rely on slow, stepped sweep generators that can miss frequency-hopping drones. In contrast, the 100W anti drone module employs instantaneous wideband technology, covering the full 300 MHz span in real time. The on-board analog scan engine runs at 270 kHz by default, but you can factory-customize it anywhere from 100 to 500 kHz. This speed lets the system blanket an entire drone frequency band, interrupting FHSS (Frequency Hopping Spread Spectrum) links before they can lock.

Flexible Modulation Sources

Every 100W anti drone module ships with a built-in high-speed noise modulation source. This generates a dense noise spectrum ideal for broad-spectrum jamming. However, defense integrators often need specific waveforms. That’s why we offer customization: you can select a VCO for linear sweeps, a DDS for precise digital patterns, or an SDR-based source for software-defined arbitrary waveforms. The module’s architecture accommodates these changes without altering the RF chain, giving you a tailored jamming signature.

Rugged, Compact and Field-Ready

This 100W anti drone module measures just 150 × 80 × 22 mm and weighs only 800 g—about the size of a small tablet. Despite the lightweight build, it’s designed for harsh environments. The operating temperature spans -20 to +65 °C, and protection LEDs warn of over-voltage, over-temperature, and power-on status. The 28 V DC supply (28–32 V range) draws less than 9.2 A at full 100 W output, making it compatible with common battery chemistries and vehicle power systems. A simple LED interface simplifies field diagnostics.

Simple Integration for Any Platform

Whether you are upgrading an existing counter-UAS system or designing a new drone dome, the 100W anti drone module plugs in with minimal effort. The 50-ohm N-type output mates directly with standard antennas, and the 28 V input works with off-the-shelf DC-DC converters. Its compact footprint allows mounting on gimbals, telescopic masts, or vehicle rooftops. Thanks to the hardened GaN-on-SiC design, the module tolerates high VSWR conditions without damage—an essential trait when antennas are subjected to rain, ice, or accidental mismatch.

Typical Deployments

The module has been proven in military base protection, airport perimeter security, prison drone interdiction, and VIP convoy escort. Its full-band 100 W capability disrupts popular drone control frequencies in the 6.9–7.2 GHz range, including those used by commercial DJI, Autel, and custom FPV builds. When paired with drone detection radars or RF direction finders, it forms a formidable autonomous counter-drone shield that reacts in milliseconds. This rapid-response capability is critical for time-sensitive scenarios such as prison contraband drops or unauthorized surveillance.

For integrators and end-users seeking a proven jamming source, this module delivers exceptional power density. Reach out for custom configurations and technical support.