50W Anti Drone Module – 5.8GHz GaN Jammer

The growing number of unauthorized drone incursions into sensitive airspace calls for compact, effective jamming solutions. The 50W anti drone module is purpose-built to disrupt the 5.8 GHz video and control links commonly used by FPV and commercial drones. Operating from 5725 to 5850 MHz, it outputs a steady 47 dBm (50 W) of RF power—enough to overpower transmitters at considerable range. Unlike bulky rack-mounted amplifiers, this module packs high-performance Gallium Nitride technology into a miniature footprint that fits handheld, vehicle, or fixed-site setups.

Why GaN-on-SiC Makes the Difference

The module’s core relies on GaN-on-SiC (Gallium Nitride on Silicon Carbide), operated in Class AB and directly bonded to a copper heat sink. This approach pulls heat away from the transistor junction far more efficiently than conventional LDMOS or GaAs designs, enabling continuous 50 W output without thermal throttling. The result is a 50W anti drone module that remains stable and reliable even under sustained full-power operation. The 50-ohm impedance is carefully matched end-to-end, and the SMA female connector ensures a secure, low-loss RF connection.

Instantaneous Wideband Blocks Frequency Hoppers

Many jammers rely on stepped sweeps that can leave gaps for agile drones. The 50W anti drone module avoids this shortcoming with instantaneous wideband technology, blanketing the full 5725–5850 MHz band in real time so no frequency slot escapes. The on-board analog scan engine runs at 270 kHz by default and can be factory-set from 100 to 500 kHz, making this module highly effective against frequency-hopping spread spectrum (FHSS) links.

Flexible Modulation for Evolving Threats

Out of the box, the module includes a high-speed noise modulation source that creates a dense, broadband jamming spectrum. But threat profiles vary, so the 50W anti drone module supports customization: you can choose a VCO for linear chirps, a DDS for precise digital patterns, or an SDR for arbitrary waveforms. These options integrate without altering the core RF chain, ensuring the module adapts as drone communications evolve.

Ultra-Compact and Mission-Ready

Measuring just 117 x 58 x 18 mm and weighing only 300 grams, this 50W anti drone module is remarkably easy to embed. Custom dimensions are available on request, allowing the module to slip into bespoke enclosures for OEM handheld jammers or covert installations. It runs on 28 V DC (24–28 V range), drawing 3.2–4.5 A depending on output, so standard battery packs or vehicle power buses can drive it directly. On-board LEDs indicate power-on, over-voltage, and over-temperature status at a glance. With an operating temperature range from -20 to +65 °C and ruggedized construction, the module withstands field shock and vibration.

Simple Integration and Rapid Response

Integrating the 50W anti drone module into a larger counter-UAS system is straightforward. The SMA output connects directly to common 5.8 GHz antennas, and the 28 V input works with off-the-shelf DC-DC converters. Its low weight makes it suitable for mounting on lightweight telescopic masts or even on counter-drone UAVs. Multiple units can be stacked for multi-band coverage, or a single module can act as a dedicated 5.8 GHz jammer. Typical deployments include prison perimeter security, military convoy protection, airport anti-drone shields, and event security. When cued by radar or RF detectors, it activates within milliseconds, severing the drone’s video feed and forcing a fail-safe return. Thanks to the GaN-on-SiC ruggedness, it tolerates high VSWR without damage.

Power Density That Speeds Development

For system integrators, the 50W anti drone module offers an exceptional power-to-size ratio. It eliminates the need for separate modulation generators and oversized heatsinks—everything is built onto a single board. This single-board solution minimizes BOM complexity and accelerates field deployment. We provide technical support for tuning scan speeds and modulation sources to match regional drone behaviors, helping you bring reliable counter-UAS products to market faster.