700–6000MHz 80W GaN Wideband RF Amplifier Module

ANOEKO 700–6000MHz 80W GaN RF Amplifier Module for Wideband C-UAS, RF Systems and Professional Drone-Related Applications

Product Overview

The ANOEKO 700–6000MHz 80W GaN RF Amplifier Module is a wideband RF power amplifier designed for professional C-UAS, RF systems, drone-related equipment, and signal-management applications requiring broad frequency coverage in a compact module.

Covering 700–6000MHz (0.7–6GHz), this 80W RF amplifier module provides a single wideband amplification platform across multiple commonly used RF ranges, including 900MHz, 1.2GHz, 2.4GHz, and 5.8GHz. This broad frequency coverage can simplify system architecture by reducing the need for multiple frequency-specific amplifier modules.

Built with GaN RF technology, the module delivers up to 80W output power, 45dB maximum gain, and approximately 27% amplifier efficiency at 80W. Its wide operating bandwidth makes it suitable for applications where frequency flexibility and compact RF integration are important.

The module also incorporates RS485 and TTL communication interfaces for system-level monitoring and control. Temperature, current, voltage, and RF output power can be monitored to support integration into professional RF equipment.

With a compact 170 × 77 × 24.5mm metal housing and a 750g weight, the module is designed for integration into portable, vehicle-mounted, and fixed RF platforms.

Key Features

• 700–6000MHz wide frequency coverage

• 80W RF output power

• GaN-based RF amplifier architecture

• Up to 45dB maximum gain

• ≤5dB gain flatness

• Approximately 27% efficiency at 80W

• RS485 / TTL communication interfaces

• Monitoring of temperature, current, voltage, and RF output power

• Compact 170 × 77 × 24.5mm mechanical design

• SMB-JE RF input and N-Female RF output

• 32V DC operating voltage

• Designed for professional C-UAS and wideband RF system integration

• Custom frequency, power, interface, and mechanical configurations available

Technical Specifications

*Please confirm the applicable temperature range for the power-stability specification with ANOEKO engineering before final publication, as the stated stability range differs from the module's specified operating temperature.

700–6000MHz Wideband Coverage

The defining characteristic of this module is its 700–6000MHz frequency range.

Instead of designing a system around several narrowband RF amplifier modules, a wideband architecture can provide greater flexibility when the equipment needs to operate across multiple RF bands.

The 700MHz–6GHz range covers a broad portion of the RF spectrum used by modern wireless communication and drone-related systems. For system integrators, this can simplify RF architecture, mechanical integration, power distribution, and module management.

The wide frequency range also makes the module a practical option for wideband RF amplifier, C-UAS RF system, and customized RF equipment projects where frequency requirements may vary between deployments.

80W GaN RF Amplifier Technology

The module uses GaN technology to provide high RF output performance within a compact package.

With up to 80W output power and 45dB maximum gain, the amplifier is designed for applications that require substantial RF amplification while maintaining a relatively compact mechanical footprint.

The approximately 27% efficiency at 80W should also be considered when designing the system's DC power supply and thermal management architecture.

For system integrators, the combination of:

• 700–6000MHz frequency coverage

• 80W RF output

• GaN amplifier technology

• 45dB maximum gain

• RS485 / TTL interfaces

provides a flexible foundation for professional wideband RF equipment.

Gain, VSWR and RF Performance

The module provides up to 45dB maximum gain with gain flatness of ≤5dB across its specified operating range.

An input VSWR of ≤2 provides a defined RF interface condition for system-level integration. The standard input power is 7dBm, while the specified maximum undamaged input power is ≤10dBm.

These parameters allow engineers to evaluate the module alongside the RF source, driver stage, transmission line, antenna or RF load, and power supply used in the final system.

RS485 and TTL Monitoring Interfaces

For professional RF equipment, amplifier monitoring can be as important as RF output power.

The ANOEKO 80W wideband module supports RS485 and TTL communication interfaces, allowing system designers to integrate the amplifier into equipment-level monitoring and control architectures.

The module can provide monitoring information including:

• Temperature

• Current

• Operating voltage

• RF output power

This makes the module easier to integrate into automated RF equipment and system-level monitoring platforms.

Compact Mechanical Design

The amplifier uses a compact metal enclosure measuring approximately 170 × 77 × 24.5mm and weighing about 750g.

The mechanical configuration includes:

• Compact metal housing

• SMB-JE RF input

• N-Female RF output

• 152.3 × 71.5mm mounting-hole layout

• M3 × 4 mounting configuration

• 32V DC power operation

The compact form factor is suitable for equipment manufacturers and system integrators who need to balance RF performance with available enclosure space.

Applications

The 700–6000MHz 80W GaN RF Amplifier Module can be integrated into a variety of professional RF systems, including:

C-UAS and Drone-Related RF Equipment

The module's wide frequency range makes it suitable for professional C-UAS equipment and drone-related RF systems where broad RF coverage is required.

Wideband RF Systems

The amplifier can serve as a high-power RF amplification stage in wideband RF equipment requiring coverage from 700MHz through 6GHz.

RF Test and Signal Management Equipment

Its broad frequency range, defined RF specifications, and monitoring interfaces also make it suitable for RF test platforms, signal-management systems, and specialized RF equipment.

Vehicle-Mounted and Fixed RF Platforms

The compact metal housing and 32V DC operation allow the module to be considered for vehicle-mounted or fixed equipment architectures where space, power, and thermal requirements must be evaluated during system design.

Customized Anti-Drone and RF Amplifier Modules

Different RF equipment projects often require different frequency ranges, output power levels, interfaces, mechanical dimensions, or control protocols.

As a customized anti-drone module and RF amplifier supplier, ANOEKO can develop or configure RF amplifier solutions based on project requirements.

Customization may include:

• Frequency range

• RF output power

• GaN or other RF technology

• Communication interface

• RF connector configuration

• Mechanical dimensions

• Mounting structure

• Monitoring functions

• Power-supply requirements

• Thermal-management configuration

For projects requiring a different power level or frequency range, ANOEKO also provides additional GaN RF amplifier modules, including solutions in 30W, 50W, 80W, 100W and other power classes.

80W Wideband Module vs. Narrowband RF Amplifier

The choice between a wideband and narrowband RF amplifier depends on the system architecture.

A 700–6000MHz wideband RF amplifier module provides broad frequency flexibility from a single amplifier platform. This can be useful when the equipment needs to support multiple RF bands or when future frequency requirements may change.

A narrowband amplifier, in contrast, may be preferable when a system has a fixed frequency requirement and requires optimization around a specific band.

For OEMs and system integrators, the right choice depends on frequency coverage, output power, efficiency, thermal management, enclosure space, and total system architecture.

Why Choose ANOEKO?

ANOEKO focuses on RF amplifier modules, GaN RF technology, wideband RF solutions, and customized RF equipment integration.

The 700–6000MHz 80W module combines broad frequency coverage with a compact mechanical design, professional monitoring interfaces, and a defined set of RF performance specifications.

For OEM and system-integration projects, ANOEKO can provide technical support from RF module selection through customization and system integration.

Frequently Asked Questions

What frequency range does the ANOEKO 80W RF amplifier cover?

The module covers 700–6000MHz, providing wideband RF amplification across the 0.7–6GHz range.

How much output power does the module provide?

The module provides up to 80W RF output power, with a typical specification of 80W @ 9.2A.

Is this an 80W GaN RF amplifier module?

Yes. The module uses GaN RF amplifier technology and provides up to 80W output power.

What is the maximum gain?

The maximum gain is 45dB, with gain flatness specified at ≤5dB.

What interfaces does the module support?

The module supports RS485 and TTL communication interfaces for system-level monitoring and control.

Can ANOEKO customize the RF amplifier module?

Yes. ANOEKO provides customized RF amplifier solutions covering frequency range, output power, interfaces, mechanical configuration, monitoring functions, and other system requirements.

Is the module suitable for C-UAS equipment?

The 700–6000MHz frequency range and 80W output capability make the module suitable for integration into professional C-UAS and drone-related RF equipment, subject to applicable regulatory and system requirements.

Product Summary

The ANOEKO 700–6000MHz 80W GaN RF Amplifier Module combines wide frequency coverage, 80W RF output, GaN technology, 45dB maximum gain, and RS485/TTL monitoring in a compact module.

For OEMs and system integrators looking for a 700–6000MHz RF amplifier, 80W GaN amplifier, wideband RF amplifier module, or customized C-UAS RF solution, this module provides a flexible platform for professional RF equipment development.

Contact ANOEKO to discuss your frequency, power, interface, mechanical, and customization requirements.

Compliance Notice: RF equipment must be designed, tested, and operated in accordance with applicable laws, regulations, spectrum-management requirements, and authorization conditions in the target market. Product suitability depends on the final system architecture and intended application.