Trendnet TI-F10SC Hardened Fast Ethernet Media Converter

Product Description

The TRENDNET TI-F10SC is a hardened Fast Ethernet media converter designed to bridge copper Ethernet and multimode fiber optic connections in demanding environments. It accepts a standard RJ-45 copper input and converts the signal to a multimode SC fiber port, extending network reach beyond the limitations of copper cabling. Built to withstand temperature extremes, vibration, and electrical noise, this unit is well suited for industrial, utility, and outdoor enclosure deployments. Network technicians and industrial control specialists install this device where standard commercial-grade equipment cannot reliably operate.

The TI-F10SC is intended for use in industrial networking applications where a reliable copper-to-fiber conversion is required at Fast Ethernet speeds. Typical installation scenarios include factory floors, transportation infrastructure, utility substations, and harsh-environment enclosures where ambient conditions exceed the tolerance of standard commercial networking hardware. The SC multimode fiber interface supports common multimode fiber runs used in structured cabling plants within buildings or campus environments.

Key Features

• Hardened design rated for industrial temperature and environmental conditions
• Converts 10/100 Mbps copper RJ-45 to multimode SC fiber optic port
• SC fiber connector type for compatibility with common multimode fiber patch cables
• Compact form factor suitable for DIN rail or enclosure mounting in tight installations
• Extends network distances beyond the 100-meter copper Ethernet limit via fiber

Compatibility

Designed as an OEM-style hardened media converter for industrial Fast Ethernet networks using multimode SC fiber infrastructure.

Installation Notes

Installation is typically performed by a qualified network technician or industrial controls specialist. Power down the network segment and any connected equipment before wiring the copper interface. Fiber connections should be cleaned with appropriate fiber cleaning tools prior to mating to prevent signal loss. Follow site-specific electrical codes and any applicable industrial wiring standards when mounting and powering the unit.