Overview
Convert and extend a Gigabit Ethernet connection up to 24.8 miles/40 km over Single Mode SC fiber. The ET91000SM402 1000 Mbps Gigabit Single Mode Fiber Media Converter SC (40 km) lets you extend a Gigabit Ethernet network over single mode fiber by up to 40km (25 miles). A cost-effective solution for connecting a Gigabit Ethernet (1000Base-T) network to remote network segments over a (1000Base-LX/SX) fiber backbone, the GbE to SM fiber converter supports full Gigabit speeds for ideal network performance and scalability. Designed to offer a durable and convenient Ethernet to fiber solution, the Ethernet to SC Fiber converter features an all-steel chassis, and a simple plug-and-play installation with minimal configuration required. For added versatility, this fiber media converter supports standalone operation, or installation into the 20 Slot, 2U Rackmount Chassis (ETCHS2U).
  • Link loss forwarding, remote status monitoring help ensure maximum up-time
  • Provides Ethernet to Fiber conversion as a standalone device, or can be installed into the ETCHS2U 20 slot chassis for added versatility
  • Rugged steel casing for added durability in harsh environments
Reliable performance Equipped with a data transfer rate of 1 Gbps, this media converter ensures swift and efficient data transmission over long distances up to 40 km, making it suitable for diverse networking needs. Versatile connectivity The device features RJ-45 for Ethernet 1000Base-T connections and SC single-mode connectors, providing flexibility and compatibility with various networking devices. Robust design Its rugged construction enables operation within temperatures ranging from 0°C to 60°C while maintaining performance, ideal for both indoor and outdoor use. User-friendly installation The Plug-and-Play functionality allows for straightforward setup without the need for additional software, ensuring users can connect and configure quickly. Compliant and efficient This media converter meets RoHS and FCC regulations, contributing to a safer environment while delivering reliable network performance.