Powerful 50W GaN Drone Jammer Module 2.0-2.2GHz

When commercial drones switch to the 2.0–2.2 GHz band for video transmission, a precise and powerful countermeasure becomes essential. The 50W GaN drone jammer module answers that need with a compact, all-in-one design built on gallium nitride technology. Weighing just 300 grams and delivering a solid 50 watts of RF output, this module disrupts FPV feeds and telemetry links without the bulk of traditional amplifier chains. The AB-class GaN-on-SiC architecture ensures high linearity and efficiency from a 28V supply, while the integrated noise modulation source eliminates the need for external signal generators. Whether you’re engineering a portable anti-drone system or a fixed-site protection net, this module simplifies your RF chain from day one.

Why GaN-on-SiC Powers This Module

Conventional LDMOS or GaAs designs often struggle with heat and bandwidth at these frequencies. By mounting the GaN transistor on a silicon carbide substrate and bonding it to a copper heat spreader, we achieve exceptional thermal conductivity. The result is a 50W GaN drone jammer module that maintains stable output power across the full 2000–2200 MHz range, with no degradation even during prolonged sweeps. This material choice also contributes to the module’s impressive reliability at high temperatures. For a deeper dive into the thermal advantages, see Wolfspeed’s GaN-on-SiC overview. Thanks to the high efficiency, current draw stays between 3.2 and 4.5 A at 28 V, making battery operation entirely feasible for field backpacks or drone-mounted payloads.

Built-In High-Speed Noise Modulation

What sets this apart from a bare power amplifier is the internal signal source. Instead of piping in a separate DDS or VCO, the 50W GaN drone jammer module houses a high-speed noise modulation generator that continuously sweeps the 2000–2200 MHz band. The analog scan speed is 270 kHz by default, but we can customize it from 100 to 500 kHz to match the frequency hopping patterns of specific drones. If noise modulation isn’t your requirement, the source can be reconfigured at the factory to a VCO, DDS, or even an SDR-based arbitrary waveform. Simply apply 24–28 V DC, connect an SMA antenna, and the module instantly blankets the target spectrum. A single control line toggles the output, while front-panel LEDs provide clear at-a-glance feedback for power status, over-voltage, and over-temperature events.

Compact, Rugged, and Integration-Friendly

Space-constrained installations demand minimal form factor. Measuring only 117 × 58 × 18 mm, this 50W GaN drone jammer module slides into tight gimbal housings, vehicle-mounted arrays, or covert enclosures. The footprint is so small you can stack multiple units for multi-band coverage—pair it with our 100W jamming module for lower bands. Despite its size, the build quality is uncompromising: a solid copper baseplate wicks heat away instantly, the SMA female connector is rated for thousands of mating cycles, and the entire assembly survives temperatures from -20°C to +65°C. Custom dimensions are available for OEM projects, so you’re not locked into a single mechanical layout.

Where the 50W GaN Drone Jammer Module Fits

This module was born for counter-UAS missions. The 2.0–2.2 GHz segment is widely used by commercial drones for high-definition video downlinks and, in some regions, for command-and-control channels. By saturating this band with a fast-sweeping carrier, operators can effectively blind drone pilots and force a return-to-home or landing. Beyond drone defense, the module sees use in RF immunity testing, secure perimeter systems, and military training exercises. As always, ensure compliance with local laws—unauthorized jamming is illegal in most countries. When used within authorized channels, this 50W GaN drone jammer module provides a dependable, set-and-forget RF barrier.