16-channel optical fiber PLC splitter，1x16 PLC Optical Splitter 16 Channel Fiber Optic Signal Distribution Splitter SC LC FC for Telecom Broadcasting Power Monitoring Network

The 1*16 PLC Fiber Optic Splitter is a passive optical component designed to divide one input optical signal into 16 output paths. Based on Planar Lightwave Circuit (PLC) technology, it is suitable for optical power distribution in telecom access networks, PON systems, CATV networks, optical monitoring systems, and other fiber optic applications.

The 1*16 configuration enables a single optical input to serve multiple downstream branches without requiring an external power supply. Its passive structure allows convenient integration into optical distribution equipment, terminal boxes, network cabinets, and customized fiber assemblies.

The splitter can be configured with different connector interfaces, including SC, LC, and FC, according to installation requirements. Fiber type, connector polish, cable length, and package structure can also be specified for different optical network designs.

• 1 input and 16 output ports
• PLC optical splitting technology
• Passive optical power distribution
• No external power supply required
• 16-channel optical distribution
• Compact optical component design
• SC connector option
• LC connector option
• FC connector option
• Multiple package options available
• Customizable fiber configuration
• Suitable for optical network integration
• Suitable for high-port-count fiber distribution

• FTTH / FTTx networks
• PON systems
• Telecom access networks
• Optical distribution networks
• CATV systems
• Fiber optic monitoring systems
• Power communication networks
• Fiber sensing systems
• Optical test systems
• Passive optical networks
• Optical equipment integration
• Customized fiber optic assemblies

A 1*16 PLC splitter receives one optical input and distributes the optical power across 16 output ports. It is commonly used where one optical fiber needs to serve multiple downstream optical branches.

Yes. Connector types such as SC, LC, and FC can be selected according to the equipment interface. Fiber type, connector polish, cable length, and package structure can also be configured according to the application requirements.