50W 400–500MHz GaN Drone Jammer Module | High-Efficiency Counter-UAV RF Shielding Module

50W 400–500MHz GaN Drone Jammer Module The 50W 400–500MHz GaN drone jammer module is a high-efficiency RF interference module designed for counter-UAV applications targeting mid-band drone communication signals. Built with GaN-on-SiC (Gallium Nitride on Silicon Carbide) technology, the module provides excellent therm……

50W 400–500MHz GaN Drone Jammer Module | High-Efficiency Counter-UAV RF Shielding Module

50W 400–500MHz GaN Drone Jammer Module

The 50W 400–500MHz GaN drone jammer module is a high-efficiency RF interference module designed for counter-UAV applications targeting mid-band drone communication signals. Built with GaN-on-SiC (Gallium Nitride on Silicon Carbide) technology, the module provides excellent thermal performance, high power density, and long-term reliability.

50W 400–500MHz GaN Drone Jammer Module

Mounted on a copper heat-dissipation base, the module maintains stable output power even during continuous operation. Its compact design and standard 50-ohm RF interface make it suitable for integration into a wide range of counter-drone systems such as portable, vehicle-mounted, or fixed installations.


Main Features

  • GaN-on-SiC Technology: High efficiency and superior thermal stability

  • Class AB Amplifier Design: Balanced performance between efficiency and signal stability

  • Instant Wideband Coverage: Supports fast analog scanning interference

  • Compact RF Module: Small size and lightweight for system integration

  • Stable Heat Dissipation: Copper base improves long-term operational reliability

  • Customizable Configuration: Frequency range, scan speed, and signal sources can be adjusted


Technical Specifications

Parameter Specification Notes
Frequency Range 400–500 MHz Customizable within band
RF Output Power 47 ±1 dBm 50W
Operating Voltage 28V 24–28V
Operating Current ≤3.2–4.5A At full output
Scan Speed 270 KHz Customizable 100–500 KHz
RF Impedance 50 Ohms Standard RF system
Signal Source Built-in high-speed noise modulation Optional VCO / DDS / SDR
Operating Temperature -20°C to +65°C Normal operation
RF Connector SMA Female Standard interface
Status Indicators Power switch, over-voltage, over-temperature LED
Dimensions 117 × 58 × 18 mm Customizable
Weight Approx. 300 g Reference value

Integration and Applications

The 400–500MHz GaN jammer module is designed for flexible deployment in modern counter-drone platforms. Typical uses include:

  • Portable counter-UAV devices

  • Vehicle-mounted drone defense systems

  • Fixed low-altitude security installations

  • Border and infrastructure protection

  • Integrated multi-band anti-drone platforms

Thanks to its high efficiency GaN architecture, the module delivers strong RF interference performance while maintaining relatively low power consumption and stable thermal characteristics.

Shenzhou Mingda | Chinese Factory | Drone Jammer


Frequently Asked Questions

1. What advantages does GaN technology provide in a jammer module?

GaN (Gallium Nitride) technology offers higher power density, better efficiency, and improved heat resistance compared with traditional RF amplifier technologies.

2. Can the signal source be customized?

Yes. The module includes a built-in noise modulation source, but it can also be configured with VCO, DDS, or SDR depending on the system requirements.

3. Is this module suitable for multi-band anti-drone systems?

Yes. Due to its compact size and standard RF interface, it can easily be integrated with other frequency modules to build a multi-band counter-UAV system.

RELATED PROJECTS

INQUIRY NOW

Need to Talk to an Expert?

Contact Us For :

  • TeL/whtsapp:

  • 86-13920737097

  • Address:

  • No. 11, Guyu Road, Gubeikou Town,Miyun District, Beijing

50W 400–500MHz GaN Drone Jammer Module | High-Efficiency Counter-UAV RF Shielding Module

Shenzhou Mingda, Beijing, China

Contact Us

Subscribe

Sign up for the latest product and event news

Copyright @ 2026 Shenzhou Mingda, Beijing, China
x

Inquiry Now

Name:
Phone:
Email:
Message: