PLC splitters are a type of passive device that generates communication from one fiber to multiple fibers (from 2 to even 64). Splitters have a high damping ness, which excludes use in P2P networks. In addition, it should be remembered that the damping increases with the separation coefficient, also called ratio (at 1:2 is 3dB).
Splits the signal from one fiber (one point) into two separate fibers (2 points). The splitter is small in size and has an SC/APC connector.
Splits the signal from one fiber (one point) into eight separate fibers (8 points). The splitter is small in size and has an SC/APC connector.
Splits the signal from one fiber (one point) into eight separate fibers (8 points). Splitter is characterized by small size, does not have a connector.
Splits the signal from one fiber (one point) into four separate fibers (4 points). The splitter is small in size and has an SC/APC connector.
Splits the signal from one fiber (one point) into two separate fibers (2 points). Splitter is characterized by small size, does not have a connector.
Splits the signal from one fiber (one point) into sixteen separate fibers (16 points). The splitter is small in size and has an SC/APC connector.
Splits the signal from one fiber (one point) into four separate fibers (4 points). Splitter is characterized by small size, does not have a connector.
It is used to separate the signal from one fiber (one point) into thirty-two separate fibers (32 points). Splitter is characterized by small size, does not have a connector.
It is used to separate the signal from one fiber (one point) into thirty-two separate fibers (32 points). The splitter is small in size and has an SC/APC connector.
Splits the signal from one fiber (one point) into sixteen separate fibers (16 points). Splitter is characterized by small size, does not have a connector.
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