EtherWAN EL900-A-N-1-A Hardened Media Converter, 20Km, Single Mode SC, 1310nm, 10-48VDC

Deliver dependable fiber extension for security and industrial networking with the EtherWAN EL900-A-N-1-A hardened media converter. Purpose-built as a 10/100BASE-TX to 100BASE-FX media converter, it converts copper Ethernet to single-mode fiber (SC, 1310 nm) for distances up to 20 km—ideal for surveillance camera backbones, remote monitoring stations, and critical security links. The EL900 combines a rugged aluminum housing, wide -40°C to 75°C operating range and high shock/vibration tolerance to maintain connectivity in harsh outdoor and transit environments. Operational resilience is enhanced by triple 10–48 VDC power inputs, link-down alarm and LinkFault-Pass-Through to minimize downtime and simplify diagnostics. Compact and versatile, it supports panel, rack or rail mounting for seamless integration into existing network infrastructure. Use this EtherWAN hardened media converter to extend network reach, harden your surveillance and monitoring systems, and protect mission-critical communications. Contact sales or add to your cart to deploy a reliable fiber link for security, surveillance and industrial networking applications.

• Hardened reliability for mission-critical links: rugged aluminum housing and wide -40°C to 75°C operating range keep networks running in extreme industrial and outdoor environments.
• Long-distance single-mode fiber reach: SC 1310 nm support up to 20 km to extend Ethernet for security, surveillance and remote monitoring sites.
• Redundant power and alarm protection: 10–48 VDC triple power inputs plus link-down alarm and LinkFault-Pass-Through help prevent downtime and speed troubleshooting.
• Flexible mounting and compact form factor: panel, rack or DIN-rail options make installation simple in control cabinets, telecom enclosures, or roadside cabinets.
• Industrial-grade noise and vibration immunity: designed to withstand electrical noise, shock and vibration for reliable operation in traffic, transit and heavy-industrial deployments.