2.4GHz / 2.5GHz 50W Drone Signal Blocking Module GaN ACASOM | Chipomi

2.4GHz / 2.5GHz 50W FPV drone signal jammer module GaN ACASOM is a professional RF component designed for integration into drone signal suppression systems within one of the most widely used wireless communication bands. The 2.4–2.5GHz range is commonly used in FPV drone communication, making this module highly relevant for airspace control and protection projects.

The module is built using Gallium Nitride technology, which provides improved efficiency and stable performance under continuous operation when proper thermal management is applied. The design supports reliable operation in demanding RF environments while maintaining a compact structure.

An integrated circulator improves operational stability by reducing the impact of reflected signals. The aluminum housing with dimensions of 131x53x17mm allows convenient integration into engineered platforms and systems.

Technical Specifications:

Why Choose This Module:

• The 2.4–2.5GHz band aligns with widely used FPV drone communication frequencies.
  
• GaN technology enables efficient operation with stable output characteristics.
  
• The integrated circulator improves performance stability in RF systems.
  
• The aluminum housing supports reliable use in engineered environments.
  
• 28V input ensures compatibility with professional power systems.
  
• SMA-F connector allows straightforward integration with RF components.
  
• Multiple power variants allow flexible system configuration.

Applications:

• Integration into FPV drone countermeasure systems.
  
• Use in RF suppression and signal control platforms.
  
• Deployment in controlled airspace protection environments.
  
• Installation in fixed and mobile RF systems.
  
• Use in industrial and secured facilities.
  
• RF testing and engineering applications.
  
• Projects requiring compact and stable RF modules.

Package Includes:

Sweep Signal Source x1

Important Notes:

• 28V / 5A power supply is required.
  
• Heat dissipation is recommended using a heatsink or cooling fan.
  
• The antenna must be connected before powering the module.

FAQ:

1. Is this module suitable for 2.4GHz applications?
   Yes, it operates within the 2400–2500MHz frequency range used by FPV drones.
2. Can this module be integrated into existing systems?
   Yes, it is designed for professional RF integration.
3. What power supply is required?
   A 28V power supply with sufficient current is required.
4. Is cooling necessary?
   Yes, additional cooling is recommended for stable operation.
5. What connector is used?
   The module uses an SMA-F RF connector.
6. Does it include protection against reflected signals?
   Yes, it includes a circulator for improved stability.
7. Are different power versions available?
   Yes, versions from 10W to 60W are available.

The 2400–2500MHz 50W FPV drone jammer module GaN ACASOM is designed for integration into modern RF signal suppression systems operating within one of the most widely used communication bands. The 2.4GHz range is commonly used in FPV drone communication, making this module a practical choice for airspace control and infrastructure protection projects. Available on Chipomi, it is positioned as a professional RF component for system integration.

GaN technology ensures improved efficiency and stable performance, while maintaining a compact form factor of 131x53x17mm. With an output power of 47dBm and operating voltage of 28V, the module delivers consistent RF performance under appropriate cooling conditions. The design is suitable for continuous operation in demanding environments.

The integrated circulator enhances system reliability by reducing the effect of reflected signals. The SMA-F RF output and included power cable support straightforward integration into RF systems. With a net weight of 0.25kg, the module is suitable for both stationary and mobile platforms.

For professionals seeking a 2.4GHz 50W drone jammer module with GaN technology, circulator protection, and compact aluminum housing, this ACASOM model offers a balanced combination of performance, reliability, and integration-ready design available on Chipomi.