100W GaN RF Module 2000-2700MHz for Anti-Drone Systems Product Overview 2000-2700MHz 100W Wideband GaN Anti-Module for FPV Anti Drone System Key Features Frequency Range: 2000-2700MHz High Power Output: 100W GaN Technology for High Efficiency Compact Size: 156.5×64.7×24.5mm Designed for FPV Anti-Drone Systems Poland RF Module Compatibility Customization Options Available Technical Specifications Working Frequency 2000-2700MHz Power 100W Supply Voltage DC 24-32V Max Output

Backpack Multi-Band Omnidirectional UAV Detection and Interference Device 400-6000MHz 10KM Range FPV DJI Drone Signal Management System Product Attributes Function Portable Detection And Jamming System With Comprehensive Drone Jammer Frequency 400M, 900M,1.2G,2.4G, 5.2G,5.8G And Other Commonly Used Drone Frequency Key Detection Frequency Bands 900MHz, 1.5GHz, 2.4GHz, 5.2GHz, 5.8GHz,1.2GHz Highlight Backpack drone detector jammer, omni drone jammer 10 km, anti drone system 400

50W GaN RF Power Amplifier Module 400-500MHz for Anti-Drone Systems Product Specifications Customization Customization From 10 To 6700MHZ,10-200W Frequency And Power 400-500MHZ 50W Gain 47dBi Voltage 24-32V Working Efficiency >60% Size 37.3*112*19.5mm Highlight Wide Operating Voltage GaN Module Product Overview Lead Time Quantity (PCS) Lead Time (Days)

50W GaN Anti-Drone RF Module 200-300MHz 47dBm Power Amplifier Key Features High-power 50W GaN RF module for anti-drone systems Frequency range: 200-300MHz (customizable from 10MHz to 6700MHz) Maximum output power: 47dBm Working efficiency: ≥60% Compact size: 37.3*112*19.5mm (excluding SMA connector) Operational temperature range: -10°C to +55°C Technical Specifications Parameter Value Working Frequency 200-300MHz (customizable 10-6700MHz) Output Power 50W (customizable 10W

6-8GHz 50W RF Power Amplifier Module for FPV and Anti-Drone Systems Product Specifications Attribute Value Working Frequency 6000-8000MHz Working Bandwidth 2000MHz Output Power 47±1dB Efficiency ≤35% In-band Fluctuation ≤3.0dB Working Environment Temperature -40～+55℃ Relative Humidity 5%～95%, No Condensation Storage Temperature -40～+85℃ RF IN SMA Highlight RF Power Amplifier Module 100W, RF Power Amplifier Module For FPV Product Description The 6-8GHz 50W RF Power Amplifier

With the rapid development and widespread adoption of drone technology, drones have shown great potential in areas such as aerial photography, agriculture, rescue operations, and security. However, this growth has also introduced increasing safety concerns. Incidents of illegal intrusion, malicious reconnaissance, and privacy violations are becoming frequent, posing serious threats to national security, public safety, and personal privacy. Therefore, developing efficient and

Product Parameters --GaN enables high efficiency and high output. The radio frequency and monitoring technical indicators of the power amplifier module stipulate the definition of each port of the module and the shape and structure of the module. --The power amplifier uses domestic core key components and can operate normally at temperatures of -10~+55°C. --This document stipulates the radio frequency and monitoring technical indicators of the 2400-2500MHz 50W power amplifier

100W Compact GaN RF Power Amplifier Module Wireless Communication for FPV Interference Key Features The LDK-TZ-KGN-100W High Power GaN RF Power Amplifier Module delivers: Advanced Gallium Nitride (GaN) technology 100W continuous output power at 2500-4000MHz High efficiency and stable gain performance Robust metal housing with optimized thermal management Comprehensive protection features (over-temperature, VSWR) RS-485 and TTL communication protocols for system integration

Model: LDK-AY-22 System Overview This advanced anti-drone module is specifically designed for counter-drone operations in oil and petrochemical facilities, power plants, public security, and military applications. Featuring a compact, lightweight design with user-friendly operation and reliable performance, it enables rapid integration and deployment. Technology & Operation Utilizing sophisticated navigation satellite signal simulation technology, this system broadcasts