4000–6000MHz 100W GaN RF Amplifier Module for C-UAS

High-Frequency 4–6GHz RF Amplification for Professional System Integration

The ANOEKO 4000–6000MHz 100W GaN RF Amplifier Module is a high-frequency RF power amplification platform designed for professional C-UAS integration, FPV-related RF equipment, RF test systems, and customized high-frequency RF applications.

Covering the 4000–6000MHz (4–6GHz) frequency range, this 100W GaN RF Amplifier Module provides a dedicated high-frequency solution for system integrators that require substantial RF output capability, stable gain, compact mechanical integration, and real-time operating-status monitoring.

Unlike extremely broadband RF amplifier platforms, this model is optimized around the 4–6GHz frequency segment, providing a focused architecture for applications where defined high-frequency coverage is more important than maximum frequency range.

The module delivers up to 100W / 50dBm output power, maximum gain of 45dB, gain flatness of ≤5dB, and approximately 31% efficiency at 100W.

For OEMs and professional system integrators, it can serve as an RF power stage within a C-UAS platform, customized RF system, high-frequency test platform, or other professionally engineered RF equipment.

Key Specifications at a Glance

*Please confirm the final mechanical dimensions and weight against the latest engineering datasheet before publication.

1. Dedicated 4000–6000MHz RF Coverage

The module provides continuous RF amplification across 4000–6000MHz, covering the 4–6GHz range in a dedicated amplifier architecture.

This makes it suitable for system designs that require a defined high-frequency RF amplification stage rather than a single amplifier covering an unnecessarily broad spectrum.

For engineers comparing different RF architectures, frequency-specific amplification can simplify system design by allowing each RF module to be selected according to the actual operating range of the platform.

2. 100W GaN RF Output

The amplifier provides up to 100W / 50dBm RF output power.

The high-power GaN architecture is designed for demanding RF applications where output capability, high-frequency performance, thermal management, and mechanical integration need to be considered together.

This makes the module relevant to buyers searching for a:

• 100W RF Amplifier Module

• 100W GaN RF Amplifier

• GaN anti-drone module

• high-frequency RF amplifier

• C-UAS RF amplifier module

The actual system performance depends on the complete RF architecture, including the signal source, filtering, transmission path, antenna system, power supply, thermal design, and operating environment.

3. GaN RF Amplifier Architecture

GaN technology is well suited to high-frequency RF power amplification where power density, frequency capability, efficiency, and thermal design are important considerations.

For system integrators evaluating a GaN anti-drone module against an LDMOS RF amplifier module, the semiconductor technology should be considered together with the intended frequency range, output requirement, thermal architecture, cost target, and overall system design.

The ANOEKO module is specifically configured around the 4000–6000MHz range, making it a dedicated high-frequency option within an RF amplifier portfolio.

4. Up to 45dB Maximum Gain

The module provides up to 45dB maximum power gain, with gain flatness specified at ≤5dB across the operating range.

High gain can simplify RF system architecture by allowing an appropriate low-level RF input to be amplified to the required output level.

When evaluating an RF amplifier, however, gain should not be considered independently. Engineers should also examine:

• Gain flatness

• Output power

• Input power requirements

• Efficiency

• VSWR

• Thermal performance

• Operating temperature

• Protection functions

This provides a more accurate picture of the amplifier's suitability for the complete RF system.

5. Real-Time Monitoring Through RS-485 and TTL

The module integrates RS-485 and TTL communication interfaces for system-level control and monitoring.

Depending on the system configuration, key operating parameters can include:

• Temperature

• Supply voltage

• Current

• RF output status

• Operating condition

• Fault information

Digital monitoring can be particularly valuable for OEM equipment manufacturers and system integrators that need visibility into the condition of individual RF amplifier modules.

When multiple RF modules are integrated into a larger platform, centralized monitoring can also simplify equipment management and maintenance.

6. Compact Mechanical Integration

The module is designed with a compact metal enclosure measuring approximately:

170 × 77 × 24.5mm

with an approximate weight of:

750g

This form factor allows the amplifier to be integrated into professionally engineered RF equipment where available installation space is limited.

Potential integration environments include:

• Mobile RF equipment

• Fixed RF equipment

• C-UAS subsystems

• RF test platforms

• Laboratory equipment

• Customized RF systems

Mechanical dimensions, mounting interfaces, connectors, and thermal interfaces should be evaluated together before final system integration.

7. Thermal and Power Considerations

A 100W RF amplifier is not simply a high-power electronic component; it is also a thermal-management requirement.

At approximately 31% efficiency at 100W, the module requires appropriate consideration of DC power consumption and heat dissipation during system design.

Engineers should evaluate:

• Heat-transfer path

• Heat-sink configuration

• Enclosure design

• Ambient operating temperature

• Continuous-duty requirements

• Power-supply capacity

• Thermal monitoring

For OEM applications, thermal integration should be addressed during the mechanical design stage rather than after the RF module has been selected.

4000–6000MHz RF Amplifier Module for C-UAS Integration

The 4000–6000MHz 100W GaN RF Amplifier Module can serve as an RF power-amplification subsystem within professionally engineered C-UAS and other RF platforms.

Its dedicated 4–6GHz frequency range allows system designers to build modular RF architectures in which different amplifier stages are selected for different frequency requirements.

This approach can be advantageous when a system requires defined frequency coverage rather than a single extremely wideband RF amplifier.

The module can also be evaluated for RF laboratory equipment, signal-management platforms, validation systems, and other applications where controlled high-frequency RF amplification is required.

High-Frequency RF Amplifier for FPV-Related RF Equipment

The 4–6GHz operating range also makes this amplifier relevant to certain FPV-related RF equipment and RF development platforms.

For professional equipment manufacturers, the amplifier can be integrated as a dedicated RF power stage within a larger system architecture.

The suitability of the module should be evaluated according to the complete system requirements, including frequency allocation, RF interfaces, power supply, thermal management, enclosure design, and applicable regulatory requirements.

100W GaN Module vs. Broadband RF Amplifier

Not every application requires the widest possible frequency coverage.

A broad-spectrum amplifier can provide flexibility, but a dedicated high-frequency module can be preferable when the system requirement is concentrated within a specific frequency segment.

The ANOEKO 4000–6000MHz model is therefore positioned around:

4–6GHz + 100W + GaN + 45dB Gain + Digital Monitoring + Compact Integration

This gives the product a clear technical identity within the ANOEKO RF amplifier portfolio.

For applications requiring broader frequency coverage, system integrators can instead evaluate ANOEKO's other broadband RF amplifier configurations.

Designed for Customized RF Integration

Standard RF amplifier modules do not always match the mechanical, electrical, or interface requirements of an OEM platform.

For projects requiring a customized anti-drone module or customized RF amplifier architecture, ANOEKO can evaluate application-specific requirements such as:

• Frequency configuration

• Output-power requirements

• Mechanical dimensions

• Mounting configuration

• Power-supply requirements

• RF connectors

• Control interfaces

• Monitoring functions

• Thermal integration

Customization can therefore be considered at the system-integration level rather than being limited to a simple frequency change.

Typical Applications

The ANOEKO 4000–6000MHz 100W GaN RF Amplifier Module can be considered for professional RF equipment and authorized system integration, including:

• C-UAS RF subsystem development

• FPV-related RF equipment

• High-frequency RF test systems

• RF power amplification platforms

• RF validation and laboratory equipment

• Mobile RF platforms

• Fixed RF equipment

• Customized RF systems

• OEM and ODM RF equipment

System-level applications must comply with applicable spectrum-management, radio-emission, electromagnetic-compatibility, safety, and other local regulatory requirements.

Why Choose ANOEKO for RF Amplifier Modules?

ANOEKO develops RF amplifier modules for professional RF equipment manufacturers, OEMs, ODMs, and system integrators.

The product portfolio covers different RF architectures, frequency ranges, power levels, and semiconductor technologies, allowing customers to evaluate solutions according to their actual system requirements.

For projects requiring a GaN anti-drone module, 100W RF amplifier module, wideband RF amplifier, or customized RF amplifier module, ANOEKO can support the evaluation of frequency, power, mechanical, electrical, thermal, and interface requirements.

The goal is not simply to provide a high-power RF component, but to provide an amplifier architecture that can be integrated into the customer's complete equipment platform.

ANOEKO 4000–6000MHz 100W GaN RF Amplifier Module

Product Summary

Frequency Range: 4000–6000MHz
Output Power: Up to 100W / 50dBm
Maximum Gain: 45dB
Gain Flatness: ≤5dB
Efficiency: Approx. 31% @ 100W
Working Voltage: 28–32V DC
Monitoring: Temperature / Current / Voltage / RF Output
Control Interface: RS-485 / TTL
RF Input: SMA
RF Output: N-Female
Operating Temperature: -10°C to +55°C
Dimensions: Approx. 170 × 77 × 24.5mm*
Weight: Approx. 750g*

*Confirm final mechanical specifications against the latest ANOEKO engineering datasheet before publication.

Frequently Asked Questions

What is a 4000–6000MHz RF Amplifier Module?

A 4000–6000MHz RF Amplifier Module is an RF power-amplification subsystem designed to operate across the 4–6GHz frequency range. It can be integrated into professional RF equipment, test systems, communication-related platforms, and authorized C-UAS architectures.

Is this a GaN RF Amplifier Module?

Yes. The ANOEKO 4000–6000MHz model uses a GaN-based RF power amplifier architecture and provides up to 100W output power.

What is the output power of the ANOEKO module?

The maximum specified RF output power is 100W / 50dBm.

What is the maximum gain?

The module provides up to 45dB maximum gain, with gain flatness specified at ≤5dB across the operating range.

Does the module support digital monitoring?

Yes. The module provides RS-485 and TTL communication interfaces for system-level monitoring and control.

Can ANOEKO provide customized RF amplifier modules?

Yes. ANOEKO can evaluate customized requirements involving frequency, output power, mechanical dimensions, connectors, power supply, control interfaces, and system integration.

Is this a wideband RF amplifier?

The module covers 4000–6000MHz, giving it a 2GHz operating bandwidth within the 4–6GHz range. It is better described as a 4–6GHz wideband RF amplifier module rather than an ultra-wideband amplifier covering multiple unrelated frequency regions.

Request a Technical Consultation

Looking for a 4000–6000MHz RF Amplifier Module, 100W GaN RF Amplifier, GaN anti-drone module, or a customized high-frequency RF solution?

Contact ANOEKO with your required frequency range, output power, mechanical dimensions, power-supply requirements, and interface specifications.

ANOEKO's engineering team can evaluate the appropriate RF amplifier architecture for your equipment and system-integration requirements.

RF equipment must be designed, tested, and operated in accordance with applicable spectrum-management, radio-emission, electromagnetic-compatibility, safety, and other local regulations.