PLC Cassette Splitter

Enhance your fiber optic network's efficiency with our high-precision PLC Cassette Splitters, designed for seamless signal distribution in FTTH, PON, and CATV applications. Available in various configurations, these splitters ensure reliable performance and easy integration.​

Key Features:

• Low Insertion Loss: Ensures minimal signal attenuation, maintaining the integrity of your network's performance.​

• High Return Loss: Provides excellent signal reflection characteristics, reducing potential interference.​

• Uniform Power Splitting: Delivers consistent signal distribution across all output channels, ensuring uniform performance.​

• Compact Design: The cassette form factor facilitates easy installation and integration into existing fiber management systems.​

Available Configurations:

• 1x2 Splitters:

  • SC/APC Connectors: Angled Physical Contact connectors minimize back reflection, ideal for high-precision applications.​

  • SC/PC Connectors: Physical Contact connectors suitable for standard applications requiring reliable performance.​

• 1x4 Splitters:

  • SC/APC Connectors: Suitable for networks requiring multiple signal outputs with minimized reflection.​

  • SC/PC Connectors: Ideal for expanding network capacity with standard connector interfaces.​

• 1x8 Splitters:

  • SC/APC Connectors: Optimal for distributing signals to multiple endpoints with high precision.​

  • SC/PC Connectors: Provides reliable signal splitting for broader network expansions.​

• 1x16 Splitters:

  • SC/APC Connectors: Designed for extensive signal distribution with superior performance.​

  • SC/PC Connectors: Suitable for large-scale network deployments requiring efficient signal splitting.​

Applications:

• FTTH (Fiber to the Home): Facilitates efficient signal distribution to multiple subscribers.​

• PON (Passive Optical Networks): Essential for splitting optical signals in passive network infrastructures.​

• CATV (Cable Television) Networks: Ensures reliable signal distribution to numerous endpoints.​