RX8200 8.2Ghz 6000MHz-8260MHz FPV Goggles VRX module Drone Parts Video Receiver Module 4.1g 64CH 95dBm High Receiving Sensitivity

RX8200 8.2Ghz 6000MHz-8260MHz FPV Goggles VRX module Drone Parts Video Receiver Module 4.1g 64CH 95dBm High Receiving Sensitivity

Product Description:
RX8200 6000-8260MHz FPV Video Receiver: Key Features & Advantages
The RX8200 is a compact, high-sensitivity FPV video receiver module designed for the 6.0-8.26GHz frequency band, built for long-range, low-interference FPV applications.
Core Features
1.Ultra-Wide Frequency & 64-Channel Tuning
Covers the expansive 6000MHz-8260MHz (6-8.26GHz) band with 64 pre-programmed channels, supporting multiple bands for flexible, interference-resistant frequency selection.The exposed pinout includes dedicated control (BAND, CLK, LE, DAT) and signal pins (VIDEO, RSSI), enabling seamless integration with FPV goggles, ground stations, or custom controllers.
2.Industry-Leading Receive Sensitivity
Delivers -95dBm receive sensitivity, capturing extremely weak signals over extended distances with minimal dropouts, even in noisy RF environments.
3.Compact, Shielded & Low-Power Design
A full metal RF shield suppresses electromagnetic interference (EMI), ensuring stable reception and reducing crosstalk with other electronics.
Ultra-lightweight at only 4.1g, with a compact footprint optimized for space-constrained builds, and powered by a 5V supply for low power consumption.
4.Versatile Integration Capabilities
Standard pin headers for power (5V/GND), video output, and control signals simplify wiring, making it a drop-in upgrade for custom FPV setups or legacy goggles.
Key Advantages
1.Extreme Interference Immunity: Operating outside crowded 5.8GHz bands minimizes signal collisions, making it ideal for urban, high-traffic, or competitive FPV environments.
2.Long-Range Performance: The -95dBm sensitivity unlocks extended range potential, enabling pilots to maintain stable video links farther than standard receivers.
3.Lightweight & Compact: At just 4.1g, it adds negligible weight to drones or goggles, preserving flight performance and portability.
4.Flexible Integration: The exposed pinout supports custom control and RSSI monitoring, making it suitable for both plug-and-play upgrades and advanced ground station builds.