Product Overview

In the evolving landscape of electronic warfare and counter-drone defense, the need for reliable, high-power jamming solutions has never been greater. Our 600-700MHz 100W GaN Drone Jammer Module is specifically engineered to neutralize UAV threats operating in the crucial 600-700MHz frequency range. Leveraging advanced Gallium Nitride (GaN) technology on a Silicon Carbide (SiC) substrate, this module provides superior power density and thermal efficiency compared to traditional LDMOS amplifiers .

Designed for seamless integration into portable backpacks, fixed-site defense systems, or vehicle-mounted counter-drone platforms, this module ensures that operators can effectively disrupt FPV and commercial drone communications with a powerful 100W output .

Key Features & Technology

This high-performance module is built for the demands of modern security operations. It utilizes a Class AB GaN design to deliver instantaneous broadband performance while maintaining strict 50-ohm impedance matching for optimal signal transfer. The use of GaN-on-SiC technology, mounted on a copper carrier, allows for exceptional heat dissipation, ensuring high reliability even during prolonged operation .

• High-Efficiency GaN: Patented thermal management ensures stable performance under high-duty cycles.

• Instantaneous Bandwidth: Covers the full 600-700MHz range to target various UAV protocols.

• Rugged & Compact: With dimensions of just 150*80*22mm and a weight of 800g, it fits easily into tight spaces.

• Smart Protection: Built-in LED indicators for power, over-voltage, and over-temperature status ensure safe operation.

Technical Specifications

The following table outlines the detailed parameters of our 600-700MHz drone jammer module. These specifications highlight the module’s capability to function as a high-power blocking solution in various environmental conditions .

Customization & Integration

Understanding that every operational scenario is unique, this drone jammer module supports extensive customization. Whether you require a specific sweep speed to counter frequency-hopping drones or a particular signal source like DDS (Direct Digital Synthesis) for more precise waveform generation, we can tailor the module to your needs .

• Signal Source Options: Upgrade from the internal noise source to VCO or SDR interfaces for advanced jamming techniques like protocol-aware jamming.

• Thermal Management: The copper base allows for direct mounting to larger heatsinks or active cooling systems within your final assembly .

Why Choose GaN for Drone Jamming?

The shift from silicon-based amplifiers to Gallium Nitride (GaN) represents a significant leap in counter-drone technology. GaN drone jammer modules offer higher breakdown voltage and power density, allowing them to handle higher voltages and temperatures . This results in a more compact system that delivers the 100W of power necessary to create a reliable “no-fly zone” against unauthorized UAVs, including FPV drones that often operate in the 600MHz range .