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2-6 GHz Wideband Modules
Ultra High-Band C-UAS

2–6 GHz RF Power Amplifier Modules

Compare the 2–6 GHz RF power amplifier modules by model and the listed 30 W, 50 W, 100 W, 150 W and 200 W output classes. Confirm the selected configuration and datasheet before ordering. The 2–6 GHz range is equivalent to 2000–6000 MHz.

2–6 GHz RF Power Amplifier
Models and Power Options

Scalable, precision-engineered RF suppression modules optimized for varying tactical and fixed-site requirements.

Frequency 2000–6000 MHz
Power Options 30 W / 50 W / 100 W / 150 W / 200 W
Protection VSWR / Over-Temp / Over-Volt
Customization Connector / Cooling / Control
HZ20006000-30NA1

HZ20006000-30W 30 W Portable / Handheld

Freq & Bandwidth2–6 GHz | 200 MHz BW
Gain & Current36–46 dB | 4A (Max)
Size & Weight125×59×21.5 mm | 0.5 kg
Switching Time1 μs
RF ConnectorsSMA-KFD46 / DB9
Protocol SupportFHSS / ELRS / Crossfire

Powerfully suppresses FPV and low-speed multi-rotor drones. Delivering the optimal power-to-weight ratio designed specifically for rapid tactical handheld deployments and small mobile patrol operations.

Download Datasheet
HZ20006000-50NA1

HZ20006000-50W 50 W Portable / Small Vehicle

Freq & Bandwidth2–6 GHz | 200 MHz BW
Gain & Current40–58 dB | 12A (Max)
Size & Weight200×158×25 mm | 1.4 kg
Switching Time1 μs
RF ConnectorsIn: SMA-F | Out: N-F
Protocol SupportFHSS / ELRS / OFDM

An optimally balanced power solution for small vehicle integration and continuous mobile patrols. Effectively blankets mid-to-high frequency UAV telemetry and rapid FPV streams to ensure unwavering perimeter defense.

Download Datasheet
HZ20006000-100NA1

HZ20006000-100W 100 W Vehicle-Mounted

Freq & Bandwidth2–6 GHz | 200 MHz BW
Gain & Current41–51 dB | 24A (Max)
Size & Weight200×158×25 mm | 1.4 kg
Switching Time1 μs
RF ConnectorsIn: SMA-F | Out: N-F
Protocol SupportFHSS/ELRS/Crossfire/OFDM

Guaranteed to maintain highly stable output in dense urban and high-interference industrial areas. Broad multi-protocol suppression directly translates to zero operational blind spots against sophisticated drone swarms.

Download Datasheet
HZ20006000-150NA1

HZ20006000-150W 150 W Fixed-Site Array

Freq & Bandwidth2–6 GHz | 200 MHz BW
Gain & Current43–58 dB | 27A (Max)
Size & Weight200×158×25 mm | 1.4 kg
Switching Time1 μs
RF ConnectorsIn: SMA-F | Out: N-F
Protocol SupportInc. Proprietary Telemetry

Engineered precisely for continuous high-duty-cycle coverage at critical industrial sites or high-risk urban deployments. Confidently forces continuous suppression of high-speed UAVs without thermal degradation over long periods.

Download Datasheet
HZ20006000-200NA1

HZ20006000-200W 200 W Critical Infrastructure

Freq & Bandwidth2–6 GHz | 200 MHz BW
Gain & Current44–54 dB | 36A (Max)
Size & Weight280×250×25 mm | 2.0 kg
Switching Time1 μs
RF ConnectorsIn: SMA-F | Out: N-F
Protocol SupportAll Supported Protocols

Maximum RF output architecture tailored strictly for major airports and government sites. Delivers ultimate multi-protocol suppression against high-speed FPV and telemetry links across the complete 2–6 GHz spectrum.

Download Datasheet

Need specific integration support for these parameters?

Request Specification Review

Direct Factory Control at GHz Frequencies

We maintain complete engineering, production, and rigorous testing oversight for every high-frequency module shipped to your site.

Direct RF Engineer Access

Direct RF Engineer Access

Integrators communicate securely and directly with our core engineering team. This guarantees rapid, accurate resolution of protocol, bandwidth, and signal routing issues.

In-House GHz Lab

Full Technical Accountability

We leverage comprehensive spectrum analysis, intense load simulation, and multi-protocol testing locally. This definitively validates real-world operational performance before any deployment.

Controlled Delivery

Controlled Prototype-to-Batch

Our integrated manufacturing lines ensure every delivered module precisely mirrors your golden samples. Output is strictly verified across the entire frequency range to eliminate on-site surprises.

Ready to integrate genuine factory-direct RF solutions?

Consult Our Factory Engineers
Implementation Timeline Module
Project Execution

From Concept to Deployment: 4-Week Sprint

Our streamlined development process delivered field-ready modules in record time without compromising quality or performance.

Week 1
Requirements Analysis

Requirements Lock

  • Client technical review sessions
  • Frequency allocation mapping
  • Interface specification freeze
  • Thermal envelope analysis
Week 2
Rapid Prototyping

Rapid Prototyping

  • Schematic design completion
  • PCB layout optimization
  • Component procurement (parallel)
  • Simulation validation
Week 3
Assembly & Testing

Build & Validate

  • Prototype assembly
  • RF performance verification
  • Environmental stress screening
  • Client witness testing
Week 4
Batch Production

Batch & Ship

  • Production run (50 units)
  • 100% RF burn-in testing
  • Documentation package
  • Secure logistics delivery
72h
Design Iteration Cycle
100%
First-Pass Yield
0
Schedule Delays
50000+
Units Delivered

Urgent deployment timeline? We specialize in accelerated development cycles.

Run Thermal & Dimension Simulation * Generated specs are for reference only.

100% Full-Band Testing

Request the model-specific RF amplifier test report for 2–6 GHz. Confirm the test frequencies, output reference plane and operating conditions used for the measured results.

Power Sweep Testing

Power Sweep

Continuous RF output is aggressively monitored across the full 2–6 GHz spectrum. By validating forward/reverse power and ensuring absolute gain flatness, we prevent single-point peaks and secure seamless coverage against frequency-hopping drones.

Aging & Burn-In

Accelerated Aging

Every module is operated under maximum load across multiple extensive burn-in cycles. This uncompromising process validates long-term thermal endurance and output consistency, completely preventing degradation during prolonged field deployments.

Temperature Chamber

Extreme Climate Control

Rigorous powered testing is executed through extreme thermal cycles from -55 °C to +85 °C. This confirms the robust operational reliability and advanced thermal management, guaranteeing your system won't fail in the world's harshest climates.

Require detailed lab test reports for your compliance?

Access Testing Data

Transparent Manufacturing & Testing

Witness our highly controlled production and uncompromising stress-testing processes engineered specifically for GHz-range RF modules.

Aging & Vibration Analysis

Observe the aggressive mechanical and electrical stress testing protocols that guarantee our high-frequency modules endure prolonged deployment without failure.

Precision CNC Machining

See the strict fabrication standards of our custom housings and heatsinks, meticulously engineered to optimize thermal management for extreme GHz loads.

Want to see our manufacturing lines in action?

Schedule a Virtual Factory Tour
Wideband 2000–6000 MHz

Master of High-Band: What Exactly Are We Suppressing?

Engineered for the 2000–6000 MHz spectrum, our modules neutralize high-frequency UAVs that rely on high-definition video telemetry, Wi-Fi, and 5G control links. Optimized for commercial drone defense, VIP protection, and zero-latency FPV disruption.

COTS Drone Defense
2400–2500 MHz (ISM / OcuSync)

Commercial Drone Defense

DJI, Autel, and other Commercial Off-The-Shelf (COTS) drones heavily utilize the 2.4 GHz ISM band for command and high-res video. Our module instantly jams these standard protocols, forcing immediate return-to-home or hover-and-land to secure perimeters.

High-Speed FPV Video Link Disruption
5725–5850 MHz (High-Band Video)

High-Speed FPV Disruption

Advanced racing drones and tactical systems switch to 5.8 GHz to avoid low-band interference and transmit zero-latency video. By blanketing this spectrum, we eliminate the operator's situational awareness, effectively blinding the threat in real-time.

5G & Next-Gen Swarm Suppression
5150–5350 MHz / 5G Bands

5G & Swarm Suppression

Next-generation autonomous UAVs leverage 5G cellular networks and non-standard 5.2 GHz Wi-Fi channels for unlimited range. Our ultra-wideband sweeping technology neutralizes these high-capacity data links, preventing remote swarm coordination.

Critical Infrastructure & VIP Shield
2000–6000 MHz (Full High-Band)

Infrastructure & VIP Shield

Refineries, power plants, and VIP convoys require absolute defense against high-frequency intrusion. Full-spectrum high-band suppression guarantees that no high-bandwidth telemetry or control signal can penetrate your protected electromagnetic dome.

Need to secure the high-frequency spectrum?

Consult an RF Architect

Fail-Safe Operation & BOM Security

Every module is engineered for relentless reliability. Hardware safeguards, combined with rigorous Bill of Materials (BOM) enforcement, ensure each unit matches the prototype’s performance exactly—no exceptions.

VSWR Protection

VSWR Protection

Advanced VSWR monitoring reacts in microseconds to antenna disconnections or impedance mismatches. Hardware safety circuits instantly isolate the RF path, preventing component burnout and extending system lifespan.

Over-Temperature Protection

Over-Temperature

Continuous thermal sensing tracks critical junction temperatures. If thresholds approach danger levels, the system automatically ramps down or shuts off to prevent thermal damage, ensuring reliable long-term operation.

Over-Voltage Protection

Over-Voltage

Integrated input regulation and spike suppression handle irregular vehicle or generator power inputs, safeguarding sensitive GaN transistors from over-voltage damage and maintaining RF module integrity.

Strict BOM Lock

Strict BOM Lock

Every component tier is fully documented and locked. No substitutions are allowed, guaranteeing zero variance between prototype and mass production, delivering absolute consistency across all batches.

Require specific hardware protection thresholds?

Review Engineering Specs

The RF SKYPOWER Edge

Your dedicated and fully controlled manufacturing partner for mission-critical counter-UAV component supply.

RF R&D Team

RF R&D Team

Gain direct access to specialized engineers capable of dissecting complex high-frequency signal requirements to craft tailored suppression architectures.

Controlled Production

Controlled Production

Avoid middleman volatility. Our wholly-owned precision manufacturing lines guarantee rapid delivery, rapid iteration, and flawless prototype-to-volume scaling.

Custom Support

Custom Support

We accommodate highly specific hardware adjustments including connector swaps, specialized cooling chassis, and unique control interfaces directly at the source.

Looking for a reliable component manufacturing partner?

Connect With Our Team
Global Reach

Securing Airspaces Across 100+ Nations

Providing direct factory supply chains to defense integrators globally, bypassing intermediary markups and ensuring absolute technical consistency.

100+

Nations Deployed

0%

Batch Variation

Active Deployment Regions
Poland Ukraine Pakistan India Russia Spain Mexico UAE Brazil Global Delivery Supported
Global Export Map

Looking to secure components for your region?

Discuss Export & Logistics

What System Integrators Say

Direct feedback from lead engineers worldwide relying on our GHz modules for mission-critical architectures.

Join the integrators building reliable C-UAS systems.

Request a Sample Unit

Certified for Mission-Critical Deployment

Every module architecture is strictly audited and lab-verified to meet rigorous international quality, safety, and durability standards.

Certificate 1
Certificate 2
Certificate 3
Certificate 4
Module 14 & 15 - Isolated

Frequently Asked Questions

Quick, direct engineering answers regarding technical customization, module integration, and factory capabilities.

Need Specialized Support?

If your project requires highly specific parameter adjustments or complex protocol suppression not listed here, our R&D engineers are ready to assist.

Email Tech Support
Can you customize the 2-6 GHz frequency bands?
Absolutely. While our standard instantaneous bandwidth covers 200MHz to 350MHz, our RF engineering team can precisely tune and segment the bands to align with your proprietary detection systems and local regulatory requirements.
What power output options are available?
The listed 2–6 GHz models provide 30 W, 50 W, 100 W, 150 W and 200 W output classes. For a different output requirement, confirm the DC power supply requirements, available cooling and duty cycle with our engineers before requesting a custom configuration.
Can we specify the RF connector types?
Yes. Depending on your power constraints and physical chassis design, we offer SMA, N-Type, and highly robust custom flange interfaces to ensure minimal insertion loss.
Do you support RS485 or D-Sub control interfaces?
Confirm the RS485 control option or D-Sub interface required for your selected RF amplifier configuration. Agree the pinout, command or analog-control definitions and available alarm monitoring before connecting the module to your system.
How do you handle antenna matching and VSWR?
Confirm the RF power amplifier load mismatch protection and VSWR protection functions for the selected configuration. Review the shutdown threshold, reset behavior and permitted load conditions before integration. Ask our engineers to review antenna impedance matching, connector selection and cable losses for your system.
How do you guarantee batch consistency?
Confirm the approved prototype, BOM revision and RF amplifier change-control process before batch production. Ask whether RF power amplifier swept test records are available, and confirm the acceptance conditions used to compare the approved configuration with production units.
What is the lead time for production?
Standard modules typically ship within 1-2 weeks. For customized integration requirements, our in-house R&D and CNC machining capabilities allow us to finalize prototypes and begin volume production far faster than trading companies.

DESIGN REVIEW

Send your 2–6 GHz RF amplifier requirements for engineering review: RF input drive level, required output and its reference plane, signal type, interface configuration and order quantity. State whether the output requirement is at the module connector or after downstream cable and antenna losses.

Source Factory

In-house CNC & SMT lines.

Ultra-Wideband

30MHz to 20GHz coverage.

MIL-STD Validation

Thermal & Vibration labs.

4-Week Sprint

From concept to delivery.

RF Ecosystem

Plug-and-play compatibility.

Direct R&D

No sales middlemen.

Strict NDA Protection

Confidentiality for sensitive architectures.

* Design range: 30MHz - 20GHz
* Scalable up to 1000W
✓ 100% NDA Protection ✓ 12H Response