50W Anti-Drone Module – 6900-7200GHz Band Blocker

High-Band Jamming for Modern Drone Links

The 6900–7200MHz band is increasingly used for high-definition video downlinks and advanced command links on premium drones. This 50W anti-drone module tackles that upper spectrum with GaN-on-SiC technology, delivering 47±1dBm (50W) of clean, noise-modulated power. Housed in a copper-base heatsink and measuring just 117×58×18mm, it fits into gimbals, portable guns, and compact fixed installations. At only 300g, it adds minimal payload while offering serious blocking capability against 6.9–7.2 GHz signals.

Efficient GaN Design with Wide Instantaneous Bandwidth

Built with Class-AB GaN on silicon carbide, this 50W anti-drone module achieves excellent linearity and efficiency across the full 300MHz instantaneous bandwidth. The 28V supply draws just 3.2–4.5A typical (depending on output level), making it battery-friendly for field use. The 50‑ohm input and output impedance simplifies integration with standard RF chains, while the copper base ensures rapid heat spreading – a critical factor for high-frequency, high-power operation. Efficiency is not explicitly stated, but the GaN topology keeps heat manageable for most duty cycles.

Built-In High-Speed Noise Modulation Source

Forget external signal generators – this unit includes an internal high-speed noise-modulated source, factory-tuned for the 6900–7200MHz range. The analog scan speed is set at 270KHz as standard, with customization available from 100 to 500KHz upon request. You can also opt for VCO, DDS, or SDR-based inputs if your system requires specific waveforms. The noise-like modulation effectively disrupts digital video streams and frequency-hopping telemetry, making it a versatile tool against modern UAVs.

Thermal and Mechanical Ruggedness

Rated for -20°C to +65°C ambient, the module operates reliably in harsh outdoor conditions. The copper base serves as both a heatsink and a mounting plate – apply thermal paste and attach it to a larger cold plate for continuous full-power runs. The 18mm height keeps the profile low, and the SMA female connector provides a secure 50‑ohm interface. LED indicators for power-on, over-voltage, and over-temperature give you real-time status at a glance, helping you avoid thermal shutdowns.

Customization Options – Tailored to Your Needs

Unlike many off-the-shelf modules, this 50W anti-drone module supports multiple customization levels: scan speed (100–500KHz), modulation type (noise, VCO, DDS, SDR), and even mechanical dimensions (117×58×18mm is standard, but custom sizes are available). This flexibility makes it suitable for both prototype development and large-scale production. Whether you need a fixed sweep or a programmable waveform, the engineering team can adapt the module to your specific mission profile.

Where This 50W Anti-Drone Module Excels

• Handheld and backpack-style counter-UAS systems

• Drone-mounted jammers for airborne denial

• Critical infrastructure protection (power plants, stadiums)

• Laboratory testing of 6.9–7.2 GHz receiver immunity

The high frequency band offers better directivity and smaller antennas, enabling compact, steerable arrays. With 50W output, you can effectively disrupt video feeds and control links at typical engagement distances without overpowering your own electronics.

Integration Made Simple

• Power: 24–28V DC, supply rated at 5A continuous (3.2–4.5A typical)

• RF output: SMA female, connect to a 50‑ohm antenna or load

• Control: enable via TTL or switch (refer to pinout)

• Cooling: fan or heatsink recommended for duty >40% at 25°C

• Mounting: four M3 screws through the baseplate

The 50W anti-drone module ships with preset internal noise source – plug and play. For advanced users, the optional DDS/SDR input allows external waveform injection, giving you full control over modulation patterns and sweep profiles.

Reliability and Protection

LED indicators monitor over-voltage and over-temperature, automatically reducing output or shutting down if limits are exceeded. The robust GaN die and copper substrate withstand high junction temperatures, and the class-AB design minimizes cross-distortion. Field tests show consistent 50W output across the band with less than ±0.5dB variation. This is a workhorse for professionals who demand predictable performance in unpredictable environments.

Final Verdict

If you need a lightweight, high-frequency jammer that packs 50W into a pocket-sized footprint, this module is a compelling choice. Its built-in noise source, customization options, and rugged GaN construction make it adaptable to evolving drone threats without redesigning your entire system. Order one and see how it elevates your counter-UAS capability.