2300–2500 MHz 100W GaN Counter-UAV Module

If you are building a counter-UAV or RF shielding system for the 2.3–2.5 GHz band, this GaN module gives you a compact 100W building block. It is not a finished consumer device. It is an RF power module for integrators who need wideband output, simple 50-ohm interfacing, and a thermal stack that can handle real use. The module also supports customization, so it can be adapted to different OEM platforms.

Covers 2300–2500 MHz in One Shot

The 100W GaN counter-UAV module operates from 2300 to 2500 MHz. This range covers many drone control, video, and telemetry links. Because it is instant wideband, you do not need to retune or switch filters as the target moves inside the band. The 50-ohm input and output make it easy to pair with common antennas, cables, and filters. For system builders, that means fewer matching headaches and faster bench testing.

100W GaN in a Small Case

Output is 50 ±1 dBm, or about 100W. The design uses Class AB GaN on SiC mounted on a copper carrier. That combination matters at this power level. Heat is the main enemy of small RF modules, and the patented thermal treatment helps move heat away from the die. Supply voltage is 28V, with a 28–32V range. Current draw is ≤9.2A at 100W output. These numbers give you a clear starting point for power and cooling planning.

Built-In Noise Modulation

A built-in high-speed noise modulation source drives the RF stage. The standard analog scan speed is 270kHz. If your project needs a different profile, scan speed can be customized from 100–500kHz. The signal source can also be customized with VCO, DDS, or SDR options. That flexibility helps when one hardware platform must serve several system configurations or regional requirements.

Mechanical Details That Matter

The housing measures 150 × 80 × 22mm and weighs about 800g. It uses an N female connector. LEDs show power, overvoltage, and over-temperature status. Operating temperature is -20 to +65°C for normal operation. The metal body and internal carrier are built for rugged use, not just lab conditions. It can fit into portable packs, fixed installations, or vehicle-mounted systems where space and weight are tight.

Integration and Compliance

This is a 100W GaN counter-UAV module, not a complete system. It needs a suitable DC source, cooling path, antenna, and control system. The 50-ohm interface simplifies RF planning. The 28V rail is common in RF and industrial systems. Because output power is high, proper filtering, isolation, and safety measures are still required. Use it only in lawful applications and with the necessary authorization. RF transmission rules vary by country, so check local requirements before deployment.

Custom OEM Support

The platform supports customization. You can request different scan speeds, signal sources, connectors, housing details, or interface options. For OEMs, this can shorten development time because the core RF and thermal design is already in place. Samples and small batches are often easier to evaluate than a full custom build from scratch. If you have a specific band plan, control protocol, or mechanical envelope, share it early. That helps avoid redesign later.

Why This Module Fits

The main advantage is balance. It offers 100W GaN output, wideband 2300–2500MHz coverage, built-in modulation, and a compact 800g body. It does not force you to choose between power and size. The GaN on SiC and copper carrier approach targets reliability under load. The customizable signal path makes it adaptable to different counter-UAV or shielding architectures. For integrators who need a proven RF building block, this 100W GaN counter-UAV module is a practical starting point.