Planar waveguide optical splitter is the use of an optical waveguide branching devices planar waveguide technology to produce, it can achieve up to 1x32 or more branches on a chip to meet the transport needs of 1260 ~ 1650nm, a wavelength not sensitive spectroscopic uniform, compact structure, small size. Widely used in FTTH and PON in.

Planar waveguide optical splitter is the use of an optical waveguide branching devices planar waveguide technology to produce, it can achieve up to 1x32 or more branches on a chip to meet the transport needs of 1260 ~ 1650nm, a wavelength not sensitive spectroscopic uniform, compact structure, small size. Widely used in FTTH and PON in.

Planar waveguide optical splitter is the use of an optical waveguide branching devices planar waveguide technology to produce, it can achieve up to 1x32 or more branches on a chip to meet the transport needs of 1260 ~ 1650nm, a wavelength not sensitive spectroscopic uniform, compact structure, small size. Widely used in FTTH and PON in.

Planar waveguide optical splitter is the use of an optical waveguide branching devices planar waveguide technology to produce, it can achieve up to 1x32 or more branches on a chip to meet the transport needs of 1260 ~ 1650nm, a wavelength not sensitive spectroscopic uniform, compact structure, small size. Widely used in FTTH and PON in.

PLC (Planar Lightwave Circuit) Splitters are Single Mode Splitters with an even split ratio from one input fiber to multiple output fibers. Available split counts are: 1x4, 1x8, 1x16, and 1x32. PLC Splitters are availble with 900µm loose tube singlemode fiber and terminated or unterminated as per your needs. Unconnectorized PLC splitters come with no connectors for easy splicing or connectorization. Connectorized PLC Splitters are available with your choice of Fiber Optic Connectors: LC/UPC, LC/APC, SC/UPC, SC/APC, FC/UPC, FC/APC, and ST/UPC.