Gpon 1x4 Fiber Splitter Sc Manufacturer

Description

1×4 Fiber Splitter Features

Low Insertion loss
Low PDL
Compact Design
Good channel-to-channel uniformity
High Reliability and Stability
Conforms to Telcordia GR-1209&GR-1221, ROHS

1×4 Fiber Splitter Technical Specification

Parameters	1×4
Operating Wavelength(nm)	1260～1650
Insertion Loss (dB)（P/S Grade）	7.1/ 7.3
Loss Uniformity(dB)	0.6
Return Loss (dB)（P/S Grade）	55/50
Polarization Dependent Loss(dB)	0.2
Directivity (dB)	55
Wavelength Dependent Loss(dB)	0.3
Temperature Stability (-40～8℃)(dB)	0.4
Operating Temperature(℃)	-40～85
Storage Temperature(℃)	-40～85

Detailed Display of 1×4 Fiber Splitter

This 1×4 Fiber Splitter consists of a main splitting component, optical fibers, and connectors. The splitter takes one input optical signal and splits it into four output signals, enabling efficient distribution of optical power in fiber optic networks.

The core splitting part is a small, rectangular metal (or metal – like) module. As marked on it, “1X4 PLC Splitter” indicates its 1-input-to-4-output function, and “S/N:1805130099” is the unique serial number for identification and traceability. Inside this module, the PLC technology is utilized to evenly (or as per designed ratio) split the incoming optical signal into four separate paths, ensuring stable and precise optical power division.

The fibers are thin, flexible, and single-mode (common for such splitters in telecommunications), covered with a white protective jacket for mechanical protection and easy management. One end of the fibers is connected to the splitting module, and the other end is terminated with connectors. They transmit the optical signals to and from the splitter, maintaining signal integrity during the splitting process.

The connectors are green — SC/APC connectors. The green color often denotes APC polish, which reduces back reflection, crucial for minimizing signal loss and ensuring high-performance optical signal transmission. They provide standardized, easy – to – use interfaces for connecting the splitter to other fiber optic devices like optical transceivers, patch panels, or optical network terminals, facilitating quick installation and maintenance in fiber optic systems.