Eaton Tripp Lite N286-01GLCLHSMD Cisco-Compatible GLC-LH-SMD SFP Transceiver, 10/100/1000Base-LX/LH, DDM, Singlemode LC, 10km

Keep your enterprise and security networks running with the Eaton Tripp Lite Cisco-compatible SFP transceiver. Designed for singlemode fiber links, this SFP module delivers reliable 10/100/1000Base-LX/LH Gigabit connectivity over distances up to 10 km using LC duplex connectors, making it ideal for long-reach surveillance, monitoring and campus backbone deployments. MSA-compliant and functionally equivalent to the Cisco GLC-LH-SMD, it slots into existing Cisco switches and routers for plug-and-play compatibility, reducing procurement risk and simplifying inventory. Built for operational continuity, the metal housing protects against EMI while the hot-swappable design lets you replace or upgrade modules without disrupting network services — critical for security cameras, access control and remote monitoring systems. Integrated Digital Diagnostic Monitoring (DDM) provides real-time status on temperature, optical power and supply voltage so technicians can proactively troubleshoot link issues before they affect uptime. Whether you're expanding an IP surveillance system, extending a data center link, or modernizing campus networks, this Eaton Tripp Lite SFP transceiver provides a cost-effective, dependable alternative to OEM modules. Add this module to your network kit to improve link reliability and simplify maintenance.

• Extends network and surveillance links up to 10 km over singlemode fiber, enabling reliable long-distance Gigabit connectivity
• Cisco-compatible, MSA-compliant design for plug-and-play integration with Cisco switches and routers to simplify deployment
• Hot-swappable module lets you upgrade or replace without interrupting critical security or monitoring systems
• Built-in DDM for real-time diagnostics (temperature, Tx/Rx power, voltage) to speed troubleshooting and reduce downtime
• Robust metal housing protects against EMI and thermal issues for stable performance in security, data center, and campus environments