1x2 PLC Fiber Splitter 2 Way Fiber Optic Optical Power Splitter FTTH PON Passive Optical Network

The 1*2 Fiber Optic Splitter is a passive optical component designed to distribute one optical input into two output channels. It is suitable for fiber communication, optical monitoring, sensing, testing, and other systems that require one-to-two optical signal distribution.

• 1*2 Optical Splitting Configuration
  One optical input is distributed to two independent output channels.
• Passive Operation
  No external power supply is required for optical signal splitting.
• Flexible Splitting Ratio Options
  The splitting ratio can be configured according to application requirements, subject to the product design.
• Compact Optical Distribution
  Suitable for integration into optical modules, communication equipment, test platforms, and distribution systems.
• Multiple Configuration Options
  Fiber type, connector type, fiber length, package, and splitting ratio can be specified according to project requirements.
• Suitable for Signal Distribution and Monitoring
  Can be used where one optical signal needs to be routed to two different optical paths.

• Fiber optic communication systems
• Optical signal distribution
• Fiber sensing systems
• Optical monitoring systems
• Fiber test equipment
• PON and access networks
• Optical modules and assemblies
• Laboratory optical systems
• Industrial optical equipment
• Custom passive optical networks

1*2 means the splitter has one optical input and two optical outputs. The input signal is divided between the two output channels.

No. A 1*2 splitter describes the number of input and output ports, not the exact power ratio. Depending on the product design, the ratio may be 50/50 or another specified value.

No. It is a passive optical component and does not require an external power supply.

Typical applications include optical communication, sensing, monitoring, testing, access networks, and optical signal distribution.

Yes. These parameters can be specified according to the application, including fiber type, connector type, fiber length, package, and splitting ratio.

The main parameters normally include splitting ratio, operating wavelength, insertion loss, uniformity, return loss, directivity, fiber type, connector type, fiber length, and package type.