FTTH Fiber Optic PLC Splitter 1X4 PLC Splitter Without Connector with SC APC connector Plc Splitter
OP-PLC-GGSA4
Product name:Mini Steel tube Fiber Optic PLC Splitter
Fiber type:G.657A,G652D or customized
Port Configuration:1x2, 1x4, 1x8, 1x16, 1x32, 1x64
Connector Type:SC,FC,LC,without connector or customized
Pigtail Length:0.5m/1.0m/1.5m or customized
Wavelength:1260nm~1650nm
Packaging:Steel tube,ABS Box,Insertion
Operating Temperature:-40~+85℃
Return Loss(dB):≥50db
Directivity (dB):≥55db
Fiber type:G.657A,G652D or customized
Port Configuration:1x2, 1x4, 1x8, 1x16, 1x32, 1x64
Connector Type:SC,FC,LC,without connector or customized
Pigtail Length:0.5m/1.0m/1.5m or customized
Wavelength:1260nm~1650nm
Packaging:Steel tube,ABS Box,Insertion
Operating Temperature:-40~+85℃
Return Loss(dB):≥50db
Directivity (dB):≥55db
Quantity
Overview:
An optical splitter is a passive device that does not require external energy or power supply, as long as there is an input optical signal. A fiber splitter is a fiber optic passive device that divides and combines optical signals
Features:
Loss is not sensitive to the wavelength of transmitted light, meeting the transmission needs of different wavelengths. Low
insertion loss, uniformity, good directionality, and excellent optical performance
Advantages:
All fiber construction, stable environment, low polarization related loss, low back reflection, compact structure, and small volume
Application:
The optical splitter can be used for network generic cabling, fiber to the home system, cable television network, Passive optical network, fiber local area network, etc. The equipment is fast to install and easy to operate, and can be installed in about 30 seconds
An optical splitter is a passive device that does not require external energy or power supply, as long as there is an input optical signal. A fiber splitter is a fiber optic passive device that divides and combines optical signals
Features:
Loss is not sensitive to the wavelength of transmitted light, meeting the transmission needs of different wavelengths. Low
insertion loss, uniformity, good directionality, and excellent optical performance
Advantages:
All fiber construction, stable environment, low polarization related loss, low back reflection, compact structure, and small volume
Application:
The optical splitter can be used for network generic cabling, fiber to the home system, cable television network, Passive optical network, fiber local area network, etc. The equipment is fast to install and easy to operate, and can be installed in about 30 seconds
