Etherwan Systems EL100C-40 Fiber Media Converter Sm Sc

Product Description

The ETHERWAN SYSTEMS, INC. EL100C-40 is a media converter designed to extend Ethernet networks over single-mode fiber optic cable at distances up to 40 kilometers. It accepts a standard 10/100 Ethernet copper connection and converts the signal to a single-mode fiber optic output using an SC-type connector. This type of device is commonly installed by network technicians and low-voltage contractors to bridge copper-based LAN infrastructure with long-distance fiber backbone runs. It is well suited for commercial, industrial, and campus-scale deployments where copper cabling cannot span the required distance.

The EL100C-40 is used in applications that require reliable copper-to-fiber conversion over extended single-mode fiber spans. Typical installation scenarios include connecting remote buildings, network closets, or industrial equipment to a central switch or router across distances that exceed the limits of standard Ethernet copper cabling. The SC connector interface is widely supported by existing fiber plant infrastructure, making this unit a practical fit for retrofit and new-construction network projects alike.

Key Features

• Converts 10/100 Ethernet copper signal to single-mode fiber optic output
• SC connector interface compatible with widely deployed fiber plant hardware
• Single-mode fiber support with a maximum transmission distance of 40 kilometers
• Compact media converter form factor suitable for rack-mounted or standalone deployment
• Sold as an individual unit for precise quantity purchasing

Compatibility

Designed as an OEM-style replacement or upgrade media converter for single-mode SC fiber network infrastructure requiring copper-to-fiber conversion at the 100 Mbps Ethernet level.

Installation Notes

Installation is typically performed by a licensed low-voltage technician or network cabling professional. Power down all connected switching equipment before making fiber or copper terminations. Handle SC fiber connectors carefully to avoid contamination of end faces, and clean connectors before mating. Local structured cabling and network installation work should conform to applicable TIA and NEC standards for low-voltage wiring.