Lantronix C2210-1013 Fast Ethernet Media Converter Module, 10/100Base-TX (RJ-45) 100 m/328' to 100Base-FX 1300nm Multimode (SC)

Optimize your network for security and surveillance with the Lantronix C2210-1013 Fast Ethernet media converter. Designed for B2B deployments, this internal ION module bridges 10/100Base-TX copper (RJ-45, up to 100 m/328') to 100Base-FX multimode fiber (SC, 1300nm), enabling reliable, low-latency links for IP cameras, access control panels and remote monitoring equipment. Operating at Layer 2 with built-in rate conversion, the C2210-1013 lets legacy 10Base-T devices talk to 100Base-FX fiber without complex reconfiguration, simplifying migrations and network upgrades.

Install the module into a managed ION chassis for centralized control and diagnostics, helping IT and security teams reduce downtime and streamline maintenance. With a compact internal form factor, low 2.5W power consumption and TAA compliance, it’s suited to enterprise, campus and government surveillance infrastructures that demand secure, interference-free connectivity. Backed by a lifetime limited warranty, the Lantronix C2210-1013 is a dependable choice for expanding fiber reach in monitoring and security applications. Add this media converter to your next network upgrade or contact sales to discuss integration into your surveillance architecture.

• Seamlessly extend copper networks over multimode fiber to connect remote switches, IP cameras and monitoring equipment up to standard fiber distances
• Converts 10/100Base-TX (RJ-45) to 100Base-FX (SC, 1300nm) and supports rate conversion so legacy 10Base-T devices integrate with modern fiber links
• Internal ION module form factor for quick installation into managed chassis — centrally manageable for enterprise and security deployments
• Low power draw (2.5W) and TAA compliance reduce operating costs and meet procurement requirements for government and commercial projects
• Lifetime limited warranty provides long-term reliability and support for critical surveillance and network infrastructure