1. Industrial Automation for Long-Distance Ethernet
Extending Fast Ethernet networks over long distances in factory floors or large industrial complexes where copper Ethernet reaches its 100m limit.
Problem SolvedOvercomes the distance limitations of copper Ethernet and provides immunity to electromagnetic interference (EMI) in electrically noisy industrial environments, while operating reliably between -10°C and 60°C with 1.5 kV isolation.
Ethernet extensionfiber optic communicationEMI immunity40 km range-10 to 60°C1.5 kV isolation
2. Traffic Control Systems in Moderate Climates
Connecting traffic monitoring cameras, sensors, and control units over fiber optic cables to a central control room, where devices might be exposed to outdoor but not extreme temperatures.
Problem SolvedEnsures reliable data communication over several kilometers for intelligent transportation systems, enduring temperature fluctuations from -10°C to 60°C and offering good protection against dust with IP30 rating in roadside cabinets.
ITStraffic managementremote monitoringfiber optic link-10 to 60°CIP30
3. Building Automation for Campus Networks
Linking distributed building management systems (BMS) or security cameras across a university campus or large corporate facility using a robust and reliable fiber backbone.
Problem SolvedProvides a cost-effective solution for converting standard Ethernet to fiber, allowing secure and interference-free communication between buildings, operating within a -10°C to 60°C temperature range and accepting standard industrial 12-48 VDC power.
BMSsecurity systemscampus networkfiber optic backbone12-48 VDC-10 to 60°C
