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PLC splitters are silica glass waveguide circuits for efficient light splitting. Types include mini, ABS box, rack-mounted, and more, offering compactness, reliability, and various fiber/connector options for wide spectral range performance.
The exact size of the PLC splitter of the Steel type and ABS box type from the Factory
The PLC splitter is available in 1xN(N=2,4,6,8,12,16,24,32,64,128) and 2xN(N=2,4,6,8,12,16,24,32,64,128) splitting ratios
Fiber Optical Splitters in GPON systems split optical input to multiple outputs, enabling P2MP fiber networks. Common ratios are 1:2, 1:4, 1:8, 1:16, 1:32, 1:64. Splitters distribute power uniformly or non-uniformly; used to share OLT resources among ONTs and reduce fiber lines. Deployed in centralized or cascaded configurations based on network structure.
For this blog will get to know the PLC splitter how to get the loss testing in the factory.
For this blog you will get to know the PLC splitter how to prodcuing be.
– Choose splitting ratio based on network design: centralized (1×32/1×64) or cascaded (1×4/1×8).
– For EPON/GPON FTTH projects, 1:32 allows 20 km distance, while 1:64 is suitable for shorter distances like 5 km.
The Passive Optical Network (PON) for FTTH can use centralized or cascaded splitter configurations. Centralized approach involves a 1×64 or 1×32 splitter at an FDH for 64 or 32 customers, respectively. Cascaded approach uses multiple splittings for wider coverage.
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