Convert and extend different networks over a Gigabit fiber cable connection using the SFP of your choice
This fiber media converter offers an easy, cost-effective way to extend your network over fiber, using the SFP of your choice. It converts a copper RJ45 Ethernet connection to Gigabit fiber to extend your network over longer distances or connect workstations to switches. The converter provides a powerful networking solution for campuses, businesses, government facilities, stadiums, or other areas requiring network access.
A cost-effective extension and flexible performance
The Gigabit fiber media converter provides a cost-efficient way to connect your Ethernet network to remote devices over a fiber backbone. It features an open SFP slot that lets you choose the MSA-compliant Gigabit SFP that best suits your fiber connection mode (single / multimode) and distance requirements.
A versatile way to connect different networks
Fully compatible with 10/100/1000Base-T Ethernet networks, the fiber media converter supports auto negotiation to bridge different speed networks and devices to a Gigabit fiber network. It provides versatile connectivity to your existing networks and devices, allowing you to maximize the usage and performance of legacy equipment.
Installation is fast and easy
The unmanaged fiber media converter has a standalone design with simple plug-and-play set-up to ensure fast and easy installation. Compact in size, the converter gives you flexible installation options - including a wall mounting option.
The MCM1110SFP is backed by a StarTech.com 2-year warranty and free lifetime technical support.
The StarTech.com Advantage
- Convert between an RJ45 copper Ethernet connection and a fiber optic connection to extend your network cost-effectively
- Gigabit Open SFP slot to customize the network extension distance to your requirements with virtually any MSA-compliant multi or single mode transceiver
- 10/100/1000 Mbps compatible RJ45 port supports auto negotiation to bridge different network speeds and devices to a Gigabit fiber network
