100W GaN Anti Drone Module: 400-500MHz Countermeasure Power

When you need reliable RF power to disrupt unwanted drone activity, the 100W GaN anti drone module delivers exactly what the mission demands. Built on a gallium nitride-on-silicon carbide platform with a copper carrier base, this module combines high efficiency with excellent thermal handling. The patented thermal management approach keeps temperatures under control even during extended transmission cycles.

The module operates across the full 400-500MHz band without retuning. This instant wideband capability matters in the field where threats can appear on different frequencies without warning. You get clean AB-class amplification with 50-ohm input and output impedance for straightforward system integration.

Core Design Philosophy

This 100W GaN anti drone module prioritizes reliability and compactness. At 150 x 80 x 22mm and just 800 grams, it fits into portable countermeasure systems, vehicle-mounted platforms, and fixed site installations without adding unnecessary bulk.

The built-in high-speed noise modulation source generates effective jamming signals across the band. For teams with specific waveform requirements, customization options include VCO, DDS, or SDR-based sources. Analog scan speed starts at 270KHz and can be tailored from 100KHz to 500KHz depending on your operational profile.

RF Performance in Real Conditions

Output power sits at a solid 50dBm (100W) with a current draw under 9.2A from a 28-32V DC supply. The N-female connector provides robust RF coupling suitable for field deployment. Built-in protection LEDs indicate power status, over-voltage conditions, and over-temperature events at a glance.

The GaN-on-SiC architecture means you are not fighting thermal runaway when the module runs hot. Copper base material pulls heat away efficiently, extending component life and maintaining stable output characteristics.

Integration Flexibility

System integrators will appreciate the clean 50-ohm I/O design. No exotic matching networks required. The module accepts standard RF drive levels and produces predictable output across the entire 400-500MHz span.

For counter-UAS applications, this frequency band covers critical control and navigation links used by many commercial and hobbyist drones. Pairing multiple modules with different frequency coverage creates a broader protection umbrella.