Hot-TTL Optical Transceiver Module 60KM DC 5.5-26V Optical Terminal Equipment Drones TTL To Fiber Optic Module RX Ground End Vue Green RX 1550

TTL to Fiber Optic Transceiver Module 60KM | Drone Ground RX

Green RX 1550
Sale price  $196.99 Regular price $243.99
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Hot-TTL Optical Transceiver Module 60KM DC 5.5-26V Optical Terminal Equipment Drones TTL To Fiber Optic Module RX Ground End Vue Green RX 1550

TTL to Fiber Optic Transceiver Module 60KM | Drone Ground RX

Sale price  $196.99 Regular price $243.99
ColorGreen RX 1550

TTL to Fiber Optic Transceiver Module — 60KM Range | DC 5.5–26V | Drone Ground Station RX

Achieve ultra-reliable, long-distance signal transmission between your drone and ground station with this professional-grade TTL Optical Transceiver Module. Engineered for demanding UAV and drone applications, this module seamlessly converts TTL-level signals to fiber optic signals, ensuring stable, interference-free communication over distances up to 60 kilometers.

Key Features

  • Long-Range Transmission: Supports fiber optic signal transmission up to 60KM, making it ideal for extended-range drone operations, telemetry, and data links.
  • Wide Voltage Input (DC 5.5V–26V): Compatible with a broad range of drone power systems and ground power supplies, offering flexible installation and improved system stability.
  • TTL to Fiber Optic Conversion: Effectively converts TTL logic-level signals to optical signals, eliminating electromagnetic interference (EMI) and signal degradation associated with long copper cable runs.
  • Dual Wavelength Specification: TX at 1310nm / RX at 1550nm — industry-standard wavelengths optimized for fiber optic data communication.
  • Stable Performance in Complex Environments: Designed to maintain strong, consistent signal integrity even in electromagnetically noisy environments such as industrial sites, UAV corridors, and RF-heavy zones.
  • Compact PCB Design: Green PCB construction keeps the module lightweight and easy to integrate into existing drone or ground station setups.
  • Versatile Applications: Suitable for drone telemetry, control signal transmission, video data links, and other high-reliability communication requirements.

Technical Specifications

Specification Details
Module Type TTL Optical Transceiver (RX Ground End)
Transmission Distance Up to 60 KM
Input Voltage DC 5.5V – 26V
TX Wavelength 1310 nm
RX Wavelength 1550 nm
PCB Color Green
Wireless Function No (Wired Fiber Optic)
Country of Origin Made in China

Package Contents

  • 1 × TTL Optical Transceiver Module (RX Ground End)

Note: Label paper, printed text, and minor cosmetic details may vary between production batches but do not affect functionality. Color may appear slightly different due to screen calibration. Measurement tolerance: ±1–3 cm.

Learn More About Fiber Optic Technology

For a deeper understanding of fiber optic communication standards and signal transmission principles, visit the NIST Communications Technology Laboratory.

Frequently Asked Questions

Q: What is the maximum transmission distance of this TTL fiber optic transceiver module?

A: This TTL optical transceiver module supports signal transmission distances of up to 60 kilometers over fiber optic cable, making it well-suited for long-range drone telemetry and ground station communication links.

Q: What voltage range does this TTL to fiber optic module support?

A: The module accepts a wide DC input range from 5.5V to 26V, providing compatibility with most drone battery systems and standard ground station power supplies without the need for additional voltage regulation in most setups.

Q: What is the difference between the TX and RX versions of this module?

A: The TX (Transmitter) version is mounted on the drone side and converts TTL signals to fiber optic signals for transmission at 1310nm. The RX (Receiver) version — this listing — is the ground end unit that receives the 1550nm fiber optic signal and converts it back to a TTL-level output for use by your ground station equipment.

Q: Does this module help reduce electromagnetic interference (EMI)?

A: Yes. By converting TTL signals to fiber optic light pulses, this module completely isolates the signal from electromagnetic and radio frequency interference, which is a significant advantage in environments with high RF activity or when operating near other electronic systems.

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