Microconnect MC-POESPLITTER-C Optical Splitter 1x2

The Microconnect MC-POESPLITTER-C Optical Splitter 1x2 is a compact device for splitting a single optical signal into two outputs. Designed for fiber optic networks, this black splitter supports 10/100/1000Base-T(X) cabling technology and is intended to provide consistent signal distribution with low insertion loss. It is suitable for use in telecommunications, data centers and other network environments where one input needs to be served to two destinations.

Advantages

The splitter offers a simple and space-saving solution to duplicate an optical signal while maintaining signal integrity. Its design supports standard Ethernet cabling speeds (10/100/1000Base-T(X)), and the compact black housing allows easy integration into existing network infrastructure. The device is passive in nature for signal splitting and compatible with typical power-over-Ethernet setups when used with appropriate equipment.

Suitable for

• Splitting one fiber input into two outputs in local networks
• Telecommunication cabinets and patch panels
• Data center fiber distribution and redundancy
• Network installations requiring signal distribution to two endpoints

Key specifications

• Model: Microconnect MC-POESPLITTER-C Optical Splitter 1x2
• Cabling technology: 10/100/1000Base-T(X)
• Product colour: Black
• Input voltage: 48 V
• Output voltage: 5 V
• Output current: 2.4 A
• Brand: MicroConnect
• MPN: MC-POESPLITTER-C
• EAN: 5704174883180

How to use

Connect the incoming fiber or PoE-enabled line to the splitter's input port and route the two output fibers or lines to the target devices. Ensure compatible connectors and cable types are used. Verify that the connected equipment supports the specified voltages and currents (input 48 V, output 5 V at up to 2.4 A) and that Ethernet speeds match the 10/100/1000Base-T(X) standard where relevant. Follow standard safety and installation practices for fiber cabling and power connections.

Usage recommendations

Install the splitter in a dry, ventilated enclosure and avoid excessive bending of fiber cables. Use appropriate surge protection and ensure connected devices accept the output power specifications. For critical links, test signal loss after installation and consider professional fiber termination if required.