ANOEKO 2000–4000MHz 200W GaN RF Power Amplifier Module

High-Power Wideband RF Amplification for Professional Integration

Product Overview

The ANOEKO 2000–4000MHz 200W GaN RF Power Amplifier Module is designed for professional RF equipment manufacturers and system integrators requiring high-power amplification across the 2.0–4.0GHz frequency range.

Built on Gallium Nitride (GaN) technology, this module features a rated RF output power of 200W, a maximum gain of 48dB, and specified gain flatness of ≤5dB. Its wide operating frequency range and compact mechanical configuration make it suitable for evaluation in compatible RF equipment, laboratory test platforms, industrial systems, and specialized wireless applications.

When selecting an RF power amplifier, engineers need to consider more than output power. Frequency coverage, gain characteristics, connector configuration, power-supply requirements, thermal management, and monitoring capabilities all affect system compatibility. The ANOEKO module provides a defined RF interface and mechanical configuration to support professional integration projects.

Final suitability should be determined by reviewing the approved datasheet and validating the module under the intended operating conditions.

Key Features

• Operating Frequency: 2000–4000MHz

• Rated RF Output Power: 200W

• Amplifier Technology: Gallium Nitride (GaN)

• Maximum Gain: 48dB

• Gain Flatness: ≤5dB

• RF Input Connector: SMA

• RF Output Connector: N-type female

• Communication Interface: RS-485

• Monitoring Functions: Temperature, current, voltage, and RF output power, subject to the supplied configuration

• Compact Dimensions: Approximately 170 × 137.5 × 26.5mm

• Integration Support: OEM and project-specific customization subject to technical review

Technical Specifications

Why Choose the ANOEKO 200W GaN RF Amplifier Module?

1. Wide Frequency Coverage

The 2000–4000MHz operating band provides flexibility for compatible RF systems that require amplification across multiple frequency segments within this range.

When evaluating a Wide Bandwidth Module, engineers should consider usable bandwidth, gain flatness, output-power performance across the band, impedance matching, and thermal behavior. The stated frequency range alone does not guarantee identical performance at every operating frequency.

2. High-Power RF Performance

With a rated RF output power of 200W, this module is designed for high-power amplification requirements. Its maximum gain specification of 48dB provides an additional reference for RF system planning.

Actual performance depends on the input signal, operating frequency, power-supply capability, load matching, cooling conditions, and the manufacturer's specified operating limits. System designers should use verified test data when determining the module's suitability for a particular application.

3. GaN Technology for RF Applications

Gallium Nitride is widely used in RF power amplifier designs where output power, frequency coverage, power density, and thermal management are important considerations.

When comparing a GaN RF amplifier with an LDMOS RF amplifier, buyers should evaluate verified efficiency measurements, operating frequency, output power, thermal performance, cost, and integration requirements. The choice of semiconductor technology alone does not establish the efficiency or overall performance of a particular module.

4. Defined RF Interfaces and Monitoring

The SMA RF input and N-type female RF output provide defined connection points for equipment integration. The RS-485 interface and supported monitoring functions can help system designers incorporate module status information into compatible equipment platforms.

Before integration, confirm connector specifications, electrical pin assignments, communication commands, protection behavior, grounding, and cooling requirements with ANOEKO.

5. Compact Mechanical Configuration

The module measures approximately 170 × 137.5 × 26.5mm, providing a compact configuration for suitable equipment designs.

Mechanical integration should account for mounting clearances, connector access, cable routing, heat dissipation, structural support, and available installation space. Refer to the approved mechanical drawing before designing mounting brackets or an enclosure.

Potential Applications

The ANOEKO 2000–4000MHz 200W GaN RF Power Amplifier Module can be evaluated for professional applications where its verified specifications meet the system requirements.

• RF Test and Measurement Equipment: For compatible laboratory and industrial RF test setups.

• Wireless Equipment Development: For equipment development requiring RF amplification within the specified frequency range.

• Industrial RF Systems: For specialized equipment with compatible electrical, mechanical, and thermal requirements.

• Professional RF Platforms: For integration into engineered RF systems following technical assessment and regulatory review.

• OEM Equipment Manufacturing: For equipment manufacturers developing products around a defined RF amplifier configuration.

Application compatibility depends on the complete system design and the relevant technical and regulatory requirements. The operating frequency range alone does not establish compatibility with every wireless standard or application.

How to Select an RF Power Amplifier Module

When evaluating a new RF amplifier module, buyers and engineers should consider the following factors.

Frequency range: Confirm that the required operating frequencies fall within the specified band and that performance meets the application requirements across the full range.

Rated output power: Review the rated output power, associated test conditions, load requirements, and operating limits.

Gain and gain flatness: Assess the required amplification level and gain variation across the operating band.

Power supply and efficiency: Request verified supply-voltage, supply-current, power-consumption, and efficiency data at the intended operating point.

Thermal management: Confirm cooling arrangements, heat dissipation, mounting conditions, and operating-temperature limits for the intended enclosure.

RF interfaces: Verify connector types, impedance, cable requirements, and mechanical clearances.

Communication and monitoring: Confirm RS-485 protocol details, pin assignments, available telemetry, and protection functions before connecting the module to a host controller.

Mechanical integration: Review the approved mechanical drawing, mounting-hole positions, installation clearances, and overall equipment layout.

Customization: Discuss project-specific frequency, power, interface, monitoring, and mechanical requirements with the manufacturer.

A 100W RF amplifier module may meet the needs of one design, while a 200W platform may be considered for another. The appropriate choice depends on verified performance requirements, operating conditions, and the complete system architecture.

Customized RF Amplifier Solutions from ANOEKO

ANOEKO provides RF module solutions for equipment manufacturers and system integrators working on specialized RF applications.

For projects requiring a customized RF amplifier or Wide Bandwidth Module, technical discussions can cover:

• Operating frequency range

• Rated RF output power

• Gain and gain-flatness requirements

• RF input and output connectors

• Power-supply and current requirements

• Cooling and thermal-management arrangements

• Mechanical dimensions and mounting requirements

• Communication interfaces and monitoring functions

• Project-specific integration constraints

If you are comparing a GaN RF amplifier with an LDMOS RF amplifier, or evaluating a 100W module against a 200W platform, provide your target frequency range, required output power, power-supply conditions, cooling arrangement, and interface requirements. This information helps establish whether the module is suitable for your project.

Contact ANOEKO to request the latest approved datasheet, confirm technical specifications, and discuss OEM customization and system integration requirements.

ANOEKO — RF Amplifier Modules for Professional System Integration.