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Product Introduction
The ANOEKO 100W GaN RF Amplifier Module delivers high-power output across the 2500-4000MHz frequency range, positioning it as a premier solution for counter-drone (C-UAS) applications. By leveraging advanced Gallium Nitride (GaN) technology, this high anti-drone module achieves 32% power amplifier efficiency and a maximum gain of 45dB, ensuring superior thermal stability and signal integrity during continuous operation.

Key Technical Features
| Parameter | Specification | Remark |
|---|---|---|
| Frequency Range | 2500-4000 MHz | Wide Bandwidth Module |
| Working Voltage | 32V (28-32V) | DC Input |
| Maximum Output Power | 100W | 100W@9A Typical |
| Power Amplifier Efficiency | 32% | @100W |
| Maximum Gain | 45dB | Maximum power gain |
| Gain Flatness | ≤5dB | - |
| Standard Input Power | 5dBm | - |
| Maximum Non-Damaged Power | ≤10dBm | - |
| Output Port VSWR | ≤2 | No power test |
| Operating Temperature | -10℃ to +55℃ | - |
| Power Supply Requirement | ≥11A@32Vdc | Continuous wave 100W |
| Control Interface | RS485 / TTL | Real-time voltage/current/temp detection |
Built-in Signal Source & Smart Control
This module incorporates a built-in signal source, eliminating the need for external signal generators and simplifying system integration for portable and fixed anti-drone platforms. The 485 communication protocol interface supports real-time monitoring of voltage, current, temperature, and radio frequency output power. Additionally, TTL communication enables direct communication with digital sources, allowing users to set frequency bands and output power seamlessly.
Reliability & Protection
Engineered for harsh field conditions, the module operates within a wide -10℃ to +55℃ temperature range and features built-in high and low temperature testing. The compact metal housing (170*77*45mm) ensures durability while maintaining a lightweight profile of 918g.
Applications
An ideal GaN anti-drone module for FPV/DJI drone jamming systems, this 100W amplifier is fully customizable to meet specific frequency and power requirements of modern counter-UAS operations.