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80W GaN Drone Jammer Module | 4800-5000MHz 5GHz UAV Blocker

Product Overview The 4800-5000MHz frequency band represents the frontline of modern drone communication. As unmanned aerial vehicles evolve to escape congested lower bands, many high-performance FPV systems, industrial inspection drones, and even tactical UAVs now utilize the 5GHz spectrum for interference-resistant video transmission and control links. Ou……

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80W

Functional characteristics

Product Overview

The 4800-5000MHz frequency band represents the frontline of modern drone communication. As unmanned aerial vehicles evolve to escape congested lower bands, many high-performance FPV systems, industrial inspection drones, and even tactical UAVs now utilize the 5GHz spectrum for interference-resistant video transmission and control links. Our 80W GaN Drone Jammer Module (4800-5000MHz) is purpose-built to close this gap.

This fully integrated jamming solution combines a state-of-the-art GaN-on-SiC power amplifier with an internal high-speed sweep frequency source. The result is a self-contained, high-power jamming engine capable of delivering 80W of effective countermeasure energy across the entire 4.8-5.0GHz band. By integrating both signal generation and amplification stages, this module simplifies system design while maximizing reliability for critical defense operations.

Next-Generation GaN Technology

To effectively jam signals at 5GHz frequencies while maintaining high output power, advanced semiconductor technology is essential. This module utilizes Gallium Nitride on Silicon Carbide, a material system that excels in high-frequency, high-power applications.

High-Frequency GaN-on-SiC: Optimized for C-band operation with exceptional gain and linearity at 4800-5000MHz
Superior Thermal Management: Mounted on a copper carrier with proprietary heat dissipation technology, ensuring stable 80W output even under continuous operation
Class AB Efficiency: Achieves ≥35% power-added efficiency, reducing overall system power consumption and heat generation
True All-in-One Design: Integrates both the amplifier stage and a high-speed sweep oscillator into a single compact housing measuring 168.5 x 84.5 x 23mm

Integrated Sweep Jamming Engine

Unlike basic amplifier modules that require external signal generators, this unit functions as a complete jamming transmitter. It features a built-in high-speed sweep source that rapidly scans the 4800-5000MHz bandwidth, effectively disrupting frequency-agile drone protocols that attempt to hop between channels to avoid interference.

Standalone Operation: No external VCO, DDS, or signal generator required. Apply power and control signals to start jamming immediately
High-Speed Frequency Sweep: Rapidly sweeps across the entire 200MHz bandwidth to capture and maintain locks on frequency-hopping signals
Simple TTL Interface: Standard +5V or floating for ON state, Ground for OFF state, enabling seamless integration with existing control systems

Technical Specifications

The following specifications detail the performance parameters of this 4800-5000MHz drone jammer module. It is engineered for demanding field applications, incorporating industrial-grade components and multiple protection features.

Parameter	Specification	Notes
Operating Frequency	4800 – 5000 MHz	Covers critical 5GHz UAV spectrum
Output Power (P1dB)	80W (49dBm)	Typical continuous wave output
Output VSWR Tolerance	≤2.0	Robust against antenna mismatch
Operating Voltage	DC 24V – 29V	Wide input range for flexible integration
Max Operating Current	10.0A	At full 80W output power
Power Added Efficiency	≥35%	Optimized GaN design for 5GHz
Control Interface	TTL Level	+5V or Float = ON / GND = OFF
Signal Source	Internal High-Speed Sweep	Integrated sweep oscillator
RF Output Connector	SMA Female	Standard 50Ω interface
Protection Circuitry	Built-in Absorptive VSWR	Protects against open and short loads
Dimensions	168.5 x 84.5 x 23 mm	Compact, panel-mountable form factor
Weight	0.57 kg	Lightweight for portable and airborne systems

Advanced Protection and Field Reliability

Operating at 5GHz with 80W of power presents unique challenges, particularly regarding load mismatches and thermal stress. This drone jammer module is engineered to survive and perform in real-world tactical environments.

Absorptive VSWR Protection: Unlike reflective protection circuits that can create standing waves, this module absorbs reflected power internally, safeguarding the delicate GaN transistors from damage even under severe antenna mismatch conditions
Thermal Stability: The copper carrier base and GaN-on-SiC construction ensure efficient heat transfer to the mounting chassis or heatsink, maintaining performance during extended jamming missions
Voltage Tolerance: Accepts 24-29V DC input, simplifying power supply design in vehicles, fixed installations, or battery-operated portable systems

Application: 5GHz Drone Defense

The 4800-5000MHz band is increasingly critical for modern drone jamming. As consumer and commercial drones adopt 5GHz for high-definition video transmission to reduce latency and interference, effective countermeasures must target this spectrum. This 80W module is ideally suited for:

Critical Infrastructure Protection: Defending airports, power plants, and government facilities from drones using 5GHz video links
Tactical Military Operations: Countering reconnaissance drones that utilize the less congested 5GHz band for stealthy operations
Portable and Mobile Systems: The compact form factor of only 0.57kg allows integration into backpack jammers or vehicle-mounted arrays
Multi-Band Denial Systems: Combining this module with 600-700MHz, 840-1000MHz, and 3400-3600MHz units creates a comprehensive, full-spectrum drone defense solution covering all major UAV communication bands