2.4GHz 4W RF Power Amplifier for WiFi, Drone and IoT Systems | Chipomi

The ACASOM 2.4GHz 4W RF amplifier is designed to enhance signal performance in wireless communication systems operating within the 2400–2485MHz band. The module delivers up to 4W (36dBm) output power and provides symmetrical gain of 18dB on both transmit and receive paths.

Built on a compact and unified platform, the amplifier is suitable for integration into professional wireless equipment. It can be used in WiFi infrastructure, IoT communication systems, wireless video links, and drone communication platforms.

The module supports a wide operating voltage range of 6–16V DC and uses standard SMA RF connectors, allowing convenient integration into existing RF systems and wireless devices.

Technical Specifications (Amplifier Series):

Why Choose This Module:

• Stable 4W output improves the effective wireless communication range.
  
• Balanced transmit and receive gain ensures predictable RF link performance.
  
• Compact form factor simplifies integration into wireless devices and RF systems.
  
• Wide voltage input supports flexible power supply design.
  
• Standard SMA connectors allow easy antenna and RF equipment connection.
  
• Suitable for professional wireless communication system integration.

Applications:

• Signal amplification for 2.4GHz WiFi systems.
  
• Integration in wireless data communication devices.
  
• Deployment in IoT and sensor network infrastructures.
  
• Wireless video transmission systems.
  
• Drone communication and telemetry links.
  
• RF integration in custom wireless hardware designs.

Package Includes:

2.4GHz RF Amplifier Module

Important Notes:

• The module is designed to function as the final RF power amplification stage.
  
• Proper heat dissipation should be provided for stable operation at full power.
  
• The amplifier should be connected between the signal source and antenna.
  
• Choose the model according to the operating frequency of the system.

FAQ:

1. What frequency band is this amplifier designed for?
   It operates in the 2400–2485MHz band commonly used for WiFi and other wireless technologies.
2. What output power does the module provide?
   The amplifier delivers up to 4W output power, which corresponds to approximately 36dBm.
3. Can the module be integrated into existing RF systems?
   Yes, the amplifier is designed for integration into various wireless communication systems.
4. Which connectors are used on the amplifier?
   The module uses standard SMA RF connectors.
5. What power supply voltage is required?
   The amplifier supports a DC supply voltage from 6V to 16V.
6. Is the amplifier suitable for drone communication systems?
   Yes, it can be used in wireless communication and telemetry systems for drones.
7. Is cooling required for operation?
   For sustained full-power operation, proper thermal dissipation is recommended.

The ACASOM  2.4GHz 4W RF amplifier is a compact module designed to enhance wireless communication performance in systems operating within the 2400–2485MHz frequency range. Delivering up to 36dBm output power and symmetrical 18dB gain on both transmit and receive paths, this amplifier improves signal strength and supports more stable wireless links.

Its compact design measuring 64.5x34.5x12mm allows easy integration into various wireless devices and RF communication systems. The amplifier operates with a supply voltage of 6–16V DC and features standard SMA connectors, making it compatible with a wide range of RF equipment and antenna systems.

This RF amplifier module is suitable for applications including WiFi infrastructure, IoT communication networks, wireless video transmission systems, and drone communication links. The balanced amplification architecture helps maintain reliable signal performance across wireless communication channels.

The RF amplifier can be integrated into professional wireless systems that require improved signal strength, extended communication range, and stable RF operation. It is a practical solution for projects involving wireless networking, telemetry, and RF signal enhancement.