Eaton N786-001-SFP Tripp Lite Series 10Gb SFP Media Converter

The Eaton N786-001-SFP is a high-performance network media converter engineered to bridge the gap between copper and fiber optic Ethernet networks. Designed for demanding IT infrastructures, this device primarily converts copper Gigabit Ethernet signals into fiber optic, extending network connectivity significantly beyond the typical 100-meter limitation of copper cabling. It is particularly valuable for network engineers deploying or upgrading high-density data centers and enterprise environments where long-distance, high-speed connections are essential. This versatile media converter supports a broad range of SFP and SFP+ transceivers, including both singlemode and multimode options, allowing for customizable network extension over distances up to 80 kilometers. Its support for industry standards like IEEE 802.3ab 1000Base-Tx and IEEE 802.3z 1000Base-Fx ensures broad compatibility and reliable operation. A key operational advantage is the ability to hot-swap transceivers and cabling, which eliminates the need for system shutdowns during routine maintenance, thus maximizing network uptime. Packaged in a durable metal housing, this external converter is built to withstand various operational environments. It facilitates straightforward integration into existing network topologies with features like auto-negotiation and automatic MDI/MDI-X configuration, removing the complexity of crossover cabling. Front-mounted LED indicators provide clear, real-time diagnostics on network speed, connection status, and power, enabling quick troubleshooting and efficient performance monitoring. The N786-001-SFP is ideal for extending network connections to distant hubs, switches, and other devices within a robust IT architecture.

• Extends 10 Gbps Ethernet over fiber up to 80 km.
• Supports SFP and SFP+ transceivers for versatility.
• Hot-swappable modules minimize network downtime.
• Automatic MDI/MDI-X for simplified device connection.
• Rugged metal housing ensures operational durability.