RX8200 6G-8.2GHz Video Receiver Module FM/PLL Demodulation SPI VRX Module 6000–8260 MHz for FPV Video Transmission Drones

Quantity : 1 High-concerned chemical : none Package : SOP is_d : Yes Supply Voltage : 5.0V Type : Module Brand Name : DIY NOW Origin : Mainland China Condition : New Operating Temperature : -10 to +65 ℃ POWER SUPPLY : DC 5.0V Current Consumption : 390mA Max Operating Temperature : -10 to +65 ℃ Storing Temperature : -30 to +85 ℃ Operating humidity : 85%RH Receiving frequency range : 6000-8260MHz

Product Features: 1. Supports wide-band SPI reception ranging from 6 GHz to 8.2 GHz, catering to diverse FPV video transmission requirements across various scenarios. 2. Outputs a standard CVBS analog video signal, offering high compatibility and a "plug-and-play" experience with no need for additional decoding. 3. Features an ultra-low latency design combined with FM/PLL demodulation, delivering exceptional anti-interference capabilities for more stable and reliable flight operations. 4. Operates within a wide temperature range of -10°C to +65°C, making it suitable for harsh outdoor environments and professional aerial photography missions. 5. Boasts a compact form factor and lightweight design, facilitating seamless integration into various drone platforms.

Application Scenarios: - FPV Racing Drones: Serving as a core video reception component for racing drones, its wide frequency band accommodates transmitters operating at various frequencies. The ultra-low latency and robust anti-interference capabilities ensure that pilots receive clear, fluid video feeds in real-time—even during high-speed maneuvers or flights through complex environments (such as forests or urban areas)—enabling precise control and collision avoidance.

- Professional Aerial Photography Drones:Ideal for small-scale professional aerial photography drones, the device supports wide-band reception (6 GHz to 8.2 GHz) capable of handling complex outdoor electromagnetic environments. Combined with its wide operating temperature range (-10°C to +65°C), it ensures stable video transmission regardless of conditions—whether in scorching deserts, freezing high-altitude plateaus, or humid, rainy outdoor settings—thereby guaranteeing the successful completion of professional aerial photography missions.

- Industrial Inspection Drones: Designed for industrial-grade drones used in power line inspection, pipeline monitoring, agricultural crop protection, and forestry management. Its compact, lightweight design allows for easy integration into the drone's airframe without compromising flight endurance or agility. With its strong anti-interference and stable reception capabilities, the device reliably transmits real-time inspection footage from complex environments—such as industrial facilities, agricultural fields, and high-voltage power line corridors—empowering personnel to remotely identify and address potential hazards. - **Drone Education & Training Scenarios:** Optimized for FPV drones used in beginner training, featuring "plug-and-play" CVBS video output that allows for rapid integration with training monitors without the need for complex configuration. Its wide frequency band supports various training-specific video transmission systems, while ultra-low latency helps beginners quickly master flight dynamics and boosts training efficiency. Furthermore, stable signal transmission minimizes the risk of equipment damage caused by beginner operational errors.

- Compact Security Drone Scenarios:Designed for use in small-scale security patrol drones, this unit can be seamlessly embedded into the airframe to enable real-time video reception. Its wide-temperature design meets the demands of all-weather outdoor patrols—reliably transmitting surveillance footage regardless of whether temperatures are high during the day or low at night—thereby empowering security personnel to remotely monitor designated areas and detect anomalies in a timely manner.

- DIY Drone Project Scenarios: Ideal for hobbyist DIY drone builds and model aircraft projects, its compact dimensions allow for flexible installation tailored to specific project requirements. The SPI-controlled frequency (adjustable in 1 MHz increments) offers flexible customization to satisfy the unique video transmission needs of enthusiasts. Additionally, the design eliminates the need for external decoding, simplifying the DIY debugging process and enhancing the overall project experience.

General Specifications: Supply Voltage: 5.0V Current Consumption: 390mA Max Operating Environment Operating Temperature: -10 to +65 ºC Storage Temperature: -30 to +85 ºC Operating Humidity: 85% RH RF (Radio Frequency) Receiving Frequency Range: 6000–8260 MHz Input VSWR: 2:1 Demodulation Method: FM/PLL IF (Intermediate Frequency): 5400 MHz Antenna Port Impedance: 50Ω (Typ.) LO Frequency Stability: ±200 kHz LO Frequency Accuracy: ±200 kHz LO Control: PLL LO Leakage at Input: -65 dBm Receiving Sensitivity: -95 dBm Input Level Range: -95 dBm to +5 dBm Video Video Output Impedance: 75Ω (Typ.) Video Output Level: 1 Vp-p (Typ.) Video Polarity: Negative Video Frequency Response: ±5 dB Max (50 Hz to 6 MHz) Differential Gain: ±5% Max Differential Phase: ±5° Max 3 dB IF Bandwidth: 16.5 MHz Signal-to-Noise Ratio (S/N): 30 dB Min RSSI Output Voltage (-30 dBm to -90 dBm): 1.2 to 0.6 V Dimensions: 37 mm (L) × 26.3 mm (W) × 4.5 mm (H)

Notes: When the SPI/EN pin is at a high level, the module receives SPI signals to control the operating frequency. If no frequency setting is received—or if the setting is invalid—the module defaults to operating at 6150 MHz. The configurable frequency range is 6 GHz to 8.2 GHz, with 1 MHz step increments. The SPI signal level is 3.3 V, with a maximum data rate of 100 kHz.

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