Fiber Optic Transceiver Single-Mode Single-Core 100Mbps Adaptive

A 100Mbps single-mode, single-core fiber optic transceiver enables long-distance Ethernet transmission with adaptive full/half-duplex support, typically using SFP modules and LC or SC connectors.

Key Features

Data Rate and Duplex: These transceivers support 100Mbps Fast Ethernet with adaptive full/half-duplex, allowing automatic negotiation with connected devices for optimal performance . Fiber Type and Core: Designed for single-mode fiber, they use a single optical core for bidirectional communication, which reduces fiber usage and simplifies cabling . Transmission Distance: Depending on the model, distances range from 20 km up to 100 km. For example, the MFB-F60 transceiver supports up to 60 km on single-mode fiber at 1310 nm wavelength, while commercial-grade models can reach 100 km . Form Factor and Connectors: Most modules are SFP (Small Form-Factor Pluggable), allowing hot-swappable installation in compatible switches, media converters, or network devices. Common connectors include LC and SC types . Wavelength: Typically operate at 1310 nm, which is standard for long-distance single-mode transmission . Applications: Ideal for enterprise networks, campus interconnections, industrial monitoring, and high-definition surveillance systems. They are also used in data centers, FTTH deployments, and backbone network extensions . Power and Design: Many models feature low-power, fanless designs, ensuring reliability and minimal maintenance . Compatibility: These transceivers are compatible with SFP MSA-compliant ports, allowing integration with switches, media converters, and third-party equipment .

Summary

A 100Mbps single-mode, single-core adaptive fiber optic transceiver is a versatile solution for extending Ethernet networks over long distances while maintaining stable, high-quality data transmission. Its adaptive duplex, hot-swappable SFP form factor, and single-fiber bidirectional design make it suitable for both industrial and enterprise applications, providing efficient and reliable connectivity over tens to hundreds of kilometers .