Tackling Next-Generation Drone Threats

As unmanned aerial systems evolve, so do their communication protocols. The 50W LDMOS Drone Jammer Module is engineered specifically to address the growing use of 6500-6700MHz frequencies in modern drones—a band increasingly utilized for LoRa-based control links, extended-range telemetry, and high-bandwidth data transmission .

This compact yet powerful module provides defense and security forces with a dedicated countermeasure against UAVs operating outside traditional 2.4GHz and 5.8GHz bands. By targeting the less-common but rapidly emerging 6.5GHz spectrum, this jammer ensures your C-UAS arsenal remains ahead of evolving threats.

At a Glance

• Frequency Focus: 6500-6700MHz—targets LoRa control links and advanced drone telemetry

• Reliable Power: 47±1dBm (50W) continuous wave output

• LDMOS Efficiency: Proven LDMOS technology with excellent linearity and thermal stability

• Ultra-Compact: 117×58×18mm footprint, ideal for multi-band array integration

• Field-Ready: -20℃ to +65℃ operational range with full protection features

Why Choose This 50W LDMOS Drone Jammer Module?

1. Addressing the 6.5GHz Vulnerability

While most consumer drones operate in crowded 2.4/5.8GHz bands, sophisticated threats are migrating to 6.5GHz frequencies for:

• LoRa modulation (long-range, interference-resistant control)

• PTZ and gimbal control links

• High-definition telemetry downlinks

• Experimental and custom-built UAV command channels

This module fills that critical gap in your layered defense strategy.

2. LDMOS Technology: Proven Reliability

Utilizing high-performance LDMOS (Laterally Diffused Metal Oxide Semiconductor) technology, this module delivers:

• Excellent ruggedness against antenna mismatch

• Superior thermal stability under continuous operation

• Cost-effective high-power amplification

• Proven field reliability in demanding environments

3. Compact Form Factor for Flexible Integration

Measuring just 117×58×18mm and weighing only 300 grams, this module is designed for applications where space is at a premium:

• Multi-band jammer arrays (stack multiple modules for comprehensive coverage)

• UAV-mounted jammers (lightweight enough for airborne deployment)

• Concealed fixed installations (discreet perimeter defense)

• Portable tactical systems (easily carried in operator kits)

4. Built-In Intelligence

The module comes standard with a high-speed noise modulation source (270kHz sweep rate) optimized for disrupting modern digital waveforms. The modulation characteristics can be fine-tuned to match specific threat profiles .

Technical Breakdown

Current consumption depends on drive level, modulation type, and output power setting.

Modulation & Signal Customization

Different drones employ different modulation schemes. This module offers flexibility to match the threat:

Standard Configuration

• High-speed analog noise with 270kHz sawtooth sweep

• Effective against most commercial drone control links

• Broad-spectrum energy distribution

Custom Configurations Available

Consult with our engineering team to determine the optimal signal source for your specific operational requirements.

Physical Design & Integration

Mechanical Specifications

• Baseplate material: Copper-tungsten alloy for optimal heat spreading

• Enclosure: Machined aluminum with EMI shielding

• Mounting: Four corner holes for secure installation

• Connector location: Side-exit SMA female for compact stacking

Thermal Management Recommendations

For continuous 50W operation, the module must be mounted to an adequate heatsink with:

• Thermal resistance: ≤ 1.5℃/W

• Interface material: High-performance thermal pad or grease

• Airflow: Passive or forced convection based on duty cycle

System Integration Tips

• Power supply: 28V DC, 5A minimum, clean regulation recommended

• Control interface: TTL enable/disable via logic-level signal

• Multi-band stacking: Allow 10mm minimum spacing between modules for airflow

Applications & Use Cases

1. Counter-Unmanned Aircraft Systems (C-UAS)

• Layer 7 defense: Targets specific control protocols

• Gap-filling: Covers frequencies missed by 2.4/5.8GHz jammers

• Drone swarm disruption: Effective against coordinated UAV attacks using diverse frequencies

2. Critical Infrastructure Protection

• Power plants and substations: Prevent drone surveillance or sabotage

• Correctional facilities: Block contraband drone deliveries

• Airport perimeters: Address emerging 6.5GHz drone threats

3. VIP Security & Event Protection

• Portable briefcase systems: Discreet integration for close protection

• Vehicle convoys: Mobile protection against roadside drone threats

• Stadiums and public venues: Prevent drone disruptions during events

4. Military & Tactical Operations

• Forward operating bases: Perimeter defense against reconnaissance drones

• Electronic attack packages: Integration into EW suites

• Special operations: Lightweight, man-portable configurations

Customization & OEM Services

We understand that off-the-shelf solutions rarely fit every mission. This drone jammer module is designed with customization in mind:

Minimum order quantities may apply for custom configurations. Contact our engineering team to discuss your requirements.

Ordering Information

Included with each module:

• 50W drone jammer module

• Technical datasheet and integration guide

• Warranty certificate (12 months standard, extended available)

Optional accessories:

• Matching band-specific antenna (directional or omnidirectional)

• Heatsink assemblies with fan options

• Complete C-UAS integration kits

Why Partner With Us?

• Engineering Expertise: Decades of combined experience in RF power amplifier design

• Customization Focus: We don’t just sell modules—we solve problems

• Quality Assurance: Full testing over temperature and power

• Global Support: Technical assistance available for integration and deployment

• Future-Ready: Continuous R&D to address emerging drone threats

Contact Our Team

Ready to enhance your counter-drone capabilities? Contact our C-UAS specialists for:

• Technical consultation and module selection guidance

• Pricing and availability

• Custom configuration discussions

• Integration support