UAV Drone Fiber Optic Transceiver Module | 20-100KM Range | Fiber Interfaces (SFP/SC/FC/LC/ST) | UART/TTL/SBUS Support

The UAV Drone Fiber Optic Transceiver Module ensures highly dependable, long-distance optical communication across UAVs and drones and is designed to work at any distance up to 100 km with options for custom transmission distances. This module is also designed to work across multiple fiber connector types (SFP, SC, FC, LC, ST) in order to simplify integration across a wide variety of platforms. Additionally, the UAV Drone Fiber Optic Transceiver Module’s design allows for seamless connectivity using UART, TTL, and SBUS interfaces that are excellent for drone control signals, real-time telemetry, and data transfer from the sensor. The module supports 1 channel of analog video transmission and 1 channel of TTL level. Data link reliability has been tested at a baud rate of less than or equal to 460 kbs.

Designed for operational efficiency, the UAV Drone Fiber Optic Transceiver Module has a wide DC input voltage range (5.5 V-26 V) to work with the overall structural element of assorted drone batteries. The module is also power-friendly (≤5 W) and compact in size (50 mm x 30 mm x 8.5 mm and <12 g/unit) to allow your team flexibility for their unique installation. The UAV Drone Fiber Optic Transceiver Module is optimized to transmit differential wavelengths of light (1310 nm from the sky end, while 1550 nm from the ground station) to ensure high-quality data transmission without losses at distance by allowing the receiver to tolerate high levels of light intensity with wavelengths across the visible spectrum. There are status indicator lights that allow for on-the-go visual checking of power, fiber connection status, video, and data signals which can assist with system monitoring and maintenance, and reliable integration into your systems. A variety of customization options are available, including size, transmission range, and function, allowing your team to better incorporate the module into their own project. Typical applications include, but are not limited to, FPV drone control, pipeline inspection, and emergency communications due to its compliance with highly accountable and rigorous industry standards for time and stability.

Specifications