RX6420 6.1–7.2 GHz 64-Channel Analog FPV Video Receiver
Overview
The RX6420 is a compact analog FPV video receiver designed for drone FPV systems, wireless video links, ground stations, and custom RF projects. Operating across the 6.1–7.2 GHz frequency range, it supports 64 selectable channels for flexible frequency selection when working with compatible analog FM video transmitters.
With typical receiving sensitivity of -96 dBm, FM/PLL demodulation, and a standard 50 Ω SMA antenna connector, the RX6420 provides a practical solution for receiving analog FPV video signals in a compact, lightweight form factor. Its low power consumption and wide DC input range make it suitable for portable and integrated receiving systems.
Key Features
• Wide Frequency Coverage: Supports the 6.1–7.2 GHz band for compatible 6–7 GHz analog FPV systems.
• 64 Selectable Channels: Provides 8 bands with 8 channels per band for flexible channel selection.
• High Receiving Sensitivity: Typical sensitivity of -96 dBm helps detect weak incoming signals.
• FM/PLL Demodulation: Designed for stable analog video reception from compatible transmitters.
• Standard SMA Interface: Supports a 50 Ω SMA antenna connection.
• Wide DC Input: Accepts 7–28 V DC for integration into various power systems.
• Low Power Consumption: Typical current consumption is approximately 150 mA at 12 V.
• Compact and Lightweight: Approximate dimensions of 78 × 42 × 14.5 mm and weight of 41 g.
Technical Specifications
Model: RX6420
Product Type: Analog FPV Video Receiver (VRX)
Receiving Frequency Range: 6.1–7.2 GHz
Channel Configuration: 64 channels (8 bands × 8 channels)
Receiving Sensitivity: -96 dBm typical
Demodulation: FM/PLL
Antenna Connector: SMA
Antenna Impedance: 50 Ω
Power Supply: 7–28 V DC
Current Consumption: Approximately 150 mA at 12 V
Operating Temperature: -10°C to +65°C
Dimensions: Approximately 78 × 42 × 14.5 mm
Weight: Approximately 41 g
Applications
• FPV drone and UAV video reception
• FPV ground stations and portable receiving systems
• Analog wireless video links
• Remote video monitoring systems
• Industrial inspection and field monitoring
• Custom RF and analog video communication projects
Compatibility Notes
The RX6420 is a receiver, not a video transmitter. It must be paired with a compatible analog FM FPV video transmitter operating within the receiver's supported frequency range.
For best performance, use a suitable 50 Ω SMA antenna designed for the 6.1–7.2 GHz band. Confirm the exact frequency, connector compatibility, and channel mapping of your transmitter before purchase.
FAQ
Q1: What frequency range does the RX6420 support?
A: It supports analog FPV video reception from 6.1 to 7.2 GHz.
Q2: How many channels are available?
A: It supports 64 selectable channels arranged in 8 bands with 8 channels per band.
Q3: What is the receiving sensitivity?
A: The typical receiving sensitivity is -96 dBm. Actual reception range depends on transmitter output power, antennas, terrain, interference, and installation conditions.
Q4: Which antenna should I use?
A: Use a 50 Ω SMA-compatible antenna designed for the 6.1–7.2 GHz frequency range. Check the physical connector gender before ordering.
Q5: What power supply is required?
A: The receiver accepts 7–28 V DC and typically draws approximately 150 mA at 12 V.
Q6: Can it work with a 5.8 GHz FPV transmitter?
A: A standard 5.8 GHz transmitter is outside the specified 6.1–7.2 GHz receiving range. Use a compatible transmitter within the supported band.
Q7: Is the RX6420 suitable for long-range FPV?
A: It can be used in long-range receiving systems, but achievable range depends on the complete radio link, antennas, transmitter power, obstructions, and local RF conditions.
Ordering Information
Model: RX6420
Product: 6.1–7.2 GHz 64-Channel Analog FPV Video Receiver
For bulk orders, integration requirements, or compatibility questions, contact our team for technical assistance.
Important: Check local radio-frequency regulations before operating equipment in the 6.1–7.2 GHz band. Availability and permitted use vary by country and application.