10W 30W 50W 100Watt Noise module Customzie With Isolator Security Protection UAV System Robot Robot Accessories

Company Profile

Shenzhen XINANKO Technology Co., Ltd. is a professional developer and manufacturer of low-altitude airspace security and counter-UAS solutions. Leveraging strong expertise in radio frequency technology, electronic engineering, and system integration, XINANKO delivers reliable, high-performance solutions to clients worldwide.
Our product portfolio covers portable, vehicle-mounted, fixed-site, and modular counter-drone systems, integrating RF detection, signal management, GNSS protection, radar sensing, and electro-optical technologies.
With in-house R&D and manufacturing capabilities, we offer both standardized products and customized solutions to meet diverse operational and commercial application requirements.

20W Module

The 20W Module is a compact, high-efficiency RF power module delivering ≥20W output in a small footprint (117.1×25.6×16 mm, 250 g). It covers 20 MHz–6 GHz (customizable), uses GaN transistor technology, features an SMA RF output and low VSWR (≤1.5), and runs from DC 28V at −20°C to 70°C — ideal for modular RF amplification and transmitter integrations.

30W-50W Module

The 30–50 W RF Module is a high-efficiency GaN-based power module. Compact (≈250 g, 111.7 × 37.3 × 19.5 mm) and precise, it covers 20 MHz–8 GHz (customizable) with low VSWR and SMA/N outputs, making it well suited for modular RF amplification and signal transmission systems.
Reliable in harsh conditions (–20 °C to +75 °C), it delivers stable ≥30–50 W output with excellent temperature stability and low spurious emissions.

100W Module

Built with advanced GaN transistor technology, this 100W module delivers exceptional power efficiency, low distortion, and superior thermal stability for continuous high-performance operation. Supporting a wide frequency range from 20 MHz to 6 GHz, it offers flexible integration across diverse RF and wireless communication systems. Its high-power output design (≥100 W) ensures strong, stable signal transmission and reliable performance even in extreme environments.