ANOEKO 300–2700MHz 100W GaN Wideband RF Power Amplifier Module

High-Power RF Amplification for Professional Counter-UAS System Integration

As RF applications continue to evolve, system integrators increasingly require power amplifier modules that combine broad frequency coverage, stable output performance, compact construction, and flexible system compatibility.

The ANOEKO AOK-300-2700MHz 100W GaN RF Power Amplifier Module is developed to address these integration requirements. Covering a wide frequency range from 300MHz to 2700MHz, this high-power RF amplifier module delivers up to 100W output power and supports external RF signal input without an internally integrated signal source.

Built on gallium nitride (GaN) technology, the module combines wideband amplification, high gain, and a compact metal-housed design. Its RS-485 and TTL communication interfaces also support operating-status monitoring, providing system developers with additional flexibility during equipment integration and maintenance.

Designed for professional RF equipment and authorized counter-UAS applications, the AOK-300-2700MHz offers a practical platform for customized wideband RF system development.

1. Key Features at a Glance

• Wide Frequency Coverage: Supports an operating frequency range of 300–2700MHz for flexible multi-band RF system integration.

• 100W High-Power Output: Provides up to 50dBm RF output power for applications requiring high-power RF amplification.

• Advanced GaN Technology: Uses gallium nitride semiconductor technology to support high-power operation and efficient RF amplification.

• External RF Signal Input: Operates without an internally integrated signal source, allowing the module to receive an external RF input.

• High Gain Performance: Maximum power gain of 50dB with gain flatness of ≤5dB.

• Operating-Status Monitoring: RS-485 and TTL communication interfaces support monitoring of temperature, current, voltage, and RF output power.

• Compact Metal Housing: Measures 170 × 78 × 24.5mm, supporting installation in space-constrained RF equipment.

• Integration Flexibility: SMA input, N-type output, and a feedthrough-capacitor power interface.

2. Wideband 300–2700MHz Coverage for Flexible RF Integration

Frequency coverage is an important consideration when selecting a wideband RF power amplifier module. A solution designed for a broader operating range can provide system integrators with greater flexibility when developing equipment for different RF bands.

The ANOEKO 100W GaN RF amplifier operates across 300–2700MHz, covering a broad portion of the VHF and UHF-to-microwave RF spectrum.

Rather than being limited to a single narrow operating band, this wideband RF amplifier module is designed to support multi-band equipment architectures where broad frequency coverage and consistent amplification performance are important.

For OEM equipment developers and professional RF integrators, the 300–2700MHz operating range provides a flexible foundation for customized RF system configurations.

3. 100W RF Output with GaN Power Amplifier Technology

Output power and amplification stability are two essential factors in high-power RF system design.

The AOK-300-2700MHz module provides a rated maximum RF output power of 100W, equivalent to 50dBm. Its maximum power gain reaches 50dB, while gain flatness is specified at ≤5dB.

The module uses GaN semiconductor technology, which is widely adopted in modern high-power RF amplifier designs because of its high-power-density characteristics and suitability for demanding RF applications.

With a specified power amplifier efficiency of 35% at 100W output, the module offers a GaN-based solution for professional equipment manufacturers seeking wideband, high-power RF amplification.

Key RF Performance

• Maximum output power: 100W / 50dBm

• Maximum power gain: 50dB

• Gain flatness: ≤5dB

• Typical working efficiency: 35% at 100W

• Standard RF input power: 5dBm

• Maximum non-damaging input power: ≤10dBm

• Output VSWR: ≤2 under the specified unpowered network-split test condition

4. External Signal Input for Flexible System Architecture

Unlike an RF amplifier module with an integrated signal generator, the ANOEKO AOK-300-2700MHz operates without an internal signal source.

It is designed to amplify an externally supplied RF signal within its specified operating parameters. This architecture allows system developers to select and configure compatible external signal-generation equipment according to their own system requirements.

For professional RF equipment manufacturers, separating the signal source from the power amplifier can provide greater flexibility in equipment architecture, component selection, and system customization.

The module therefore serves as a wideband RF amplification component rather than a standalone signal-generation system.

5. RS-485 and TTL Communication for Operating-Status Monitoring

Monitoring and control interfaces are important considerations in professional RF equipment integration.

The AOK-300-2700MHz module supports RS-485 and TTL communication through a 2 × 4-pin, 2.54mm connector.

According to the supplied product specifications, the communication interfaces support monitoring of:

• Operating temperature

• Supply current

• Supply voltage

• RF output power

The TTL communication interface also supports communication with compatible digital signal-source equipment for relevant configuration and monitoring functions.

This interface arrangement helps system developers incorporate the RF amplifier into larger equipment architectures and monitor important operating parameters during system operation.

Actual communication commands, supported configuration functions, and protocol details should be confirmed against the product interface documentation.

6. Compact Mechanical Design for Equipment Integration

High-power RF modules must balance electrical performance with mechanical and thermal integration requirements.

The ANOEKO 100W GaN RF amplifier features a compact metal housing measuring 170 × 78 × 24.5mm. Its mounting-hole spacing is 164.3 × 72.5mm, with M3 mounting points.

The module uses an SMA RF input connector and an N-type RF output connector. Its power interface uses a feedthrough-capacitor connection.

These mechanical and electrical interface specifications provide equipment manufacturers with essential information for enclosure design, mounting arrangements, and RF interconnection planning.

Before installation, system designers should verify connector compatibility, mounting clearance, thermal management, grounding, and the specified DC power requirements.

7. Technical Specifications

Note: The supplied specification sheet contains different current references for 100W operation (≤9A typical and ≥15A power-supply requirement). Please confirm the final electrical test conditions and operating limits with ANOEKO before publication or system design.

8. Typical Application Areas

The AOK-300-2700MHz is intended as an RF power amplification component for professional equipment and authorized RF system integration.

Potential application areas include:

• Professional RF equipment development

• Authorized counter-UAS system integration

• Wideband RF equipment platforms

• Specialized RF transmission equipment

• OEM and customized RF system projects

• RF engineering development and laboratory evaluation

The module is a power amplifier component and does not include an internal RF signal source. A complete system requires compatible external signal-generation and control equipment.

Any deployment involving RF transmission or counter-UAS functions must comply with applicable spectrum regulations, licensing requirements, and local laws.

9. GaN vs. LDMOS RF Amplifier Technology

GaN and LDMOS are two semiconductor technologies used in RF power amplifier development. Each has different electrical, thermal, and application characteristics.

GaN technology is often selected for high-power-density designs and demanding wideband RF applications. LDMOS remains an established technology in many RF power amplifier platforms and can be suitable for particular frequency ranges, power requirements, and cost structures.

The choice between a GaN anti-drone module and an LDMOS RF amplifier module should be based on the required frequency range, output power, efficiency, thermal design, operating conditions, and total system cost.

The ANOEKO AOK-300-2700MHz is specifically a GaN-based RF power amplifier module. It should not be described as an LDMOS product.

10. Customized RF Amplifier Solutions from ANOEKO

Different RF equipment projects may require different frequency configurations, output-power levels, mechanical dimensions, communication interfaces, and connection arrangements.

ANOEKO provides RF module solutions for professional equipment developers and system integrators seeking application-specific configurations.

For customized RF amplifier projects, customers can contact the ANOEKO engineering team to discuss:

• Required operating frequency range

• Target RF output power

• External signal-source compatibility

• Power-supply requirements

• Communication and monitoring interfaces

• RF connector configurations

• Mechanical dimensions and mounting arrangements

• Thermal management and installation conditions

Whether you are evaluating a 100W anti-drone RF amplifier module, developing a wide bandwidth RF amplifier platform, or sourcing a customized GaN RF power amplifier for professional equipment integration, ANOEKO can discuss technical requirements and suitable product configurations with your engineering team.

11. Why Consider ANOEKO?

Shenzhen ANOEKO Technology Co., Ltd. focuses on RF technology and low-altitude security-related equipment, providing RF modules and related products for professional system developers and integrators.

Our product portfolio includes GaN RF power amplifier modules, RF detection equipment, drone detection devices, and other RF-related solutions.

By combining product development, technical communication, and application-oriented customization, ANOEKO aims to support customers throughout the process of selecting and integrating RF components into their equipment.

For technical specifications, product availability, and project-based customization, contact ANOEKO with your frequency, power, and interface requirements.

ANOEKO — RF Technology for Professional System Integration.