1x2 Passive Optical Fiber Splitter Low Loss Signal Distribution Device for Fiber Communication Optical Network Sensing and Monitoring

1x2 Passive Optical Fiber Splitter Low Loss Signal Distribution Device for Fiber Communication Optical Network Sensing and Monitoring

The 1×2 Fiber Optic Splitter is a passive optical component designed to divide one input optical signal into two output paths. It is used for optical power distribution in fiber communication networks, optical sensing systems, test setups, and other passive optical applications.

The device operates without an external power supply and distributes the incoming optical power between two output ports according to the specified splitting ratio. Depending on the application, the splitter can be configured with different fiber types, connector interfaces, cable lengths, and package structures.

Its compact passive design allows easy integration into telecom equipment, optical distribution systems, monitoring networks, sensing platforms, and customized fiber optic assemblies.

• 1 input and 2 output ports
• Passive optical power distribution
• No external power supply required
• Compact optical component
• Suitable for fiber communication systems
• Suitable for optical sensing applications
• Customizable splitting ratio
• Multiple fiber options available
• Multiple connector configurations available
• Multiple package options available
• Customizable cable length
• Suitable for system integration

• Fiber optic communication systems
• PON networks
• FTTx networks
• Telecom access networks
• Optical signal distribution
• Fiber optic sensing systems
• Optical monitoring systems
• Optical test equipment
• Laboratory optical setups
• Passive optical assemblies
• Fiber distribution systems
• Customized optical networks

A 1×2 fiber optic splitter receives one optical input and divides the optical power into two output paths. The percentage of optical power delivered to each output is determined by the specified splitting ratio.

Yes. The splitting ratio, fiber type, connector type, fiber length, and package structure can be selected according to the optical system requirements. The appropriate configuration should be determined together with the system wavelength and optical power budget.