GPON Splitter 1x9 55:45 Without Connectors

Description

GPON Splitter 1×9 55%/45% Features

Low insertion loss and high return loss
PDL automatic screening system(Ultra low PDL is available)
High reliability and stability
Connector can up to grade B
100% 3D tested by Daisi and Sumix
High-low temperature cycle test
100% test before delivery
FTTH Cabling solution could be design

GPON Splitter Specification

Split ratio (%)		85/15	80/20	70/30	60/40
Operating wavelength (nm)		1260-1650
Fiber type		G657A or customized
IL max(dB)	channel 1	1.6	1.8	2.1	2.7
	channel 2-9	21.0	18.6	16.5	15.1
IL uni(dB)	Channel 2-9	1.8	1.8	1.8	1.8
Return loss (dB)		≥55
Directivity (dB)		≥55
PDL (max.)		0.3	0.3	0.3	0.3
Uniformity (max.)		0.8	0.8	0.8	0.8
Wavelength dependent loss (dB)		≤0.3
TDL (max.)		0.5
Operating temperature		-40 ~+85
Storage temperature		-40 ~+85
Dimension (mm) / LXWXH	Bare fiber steel tube	60x7x4	60x7x4	60x7x4	60x7x4
	900um steel tube	60x7x4	60x7x4	60x7x4	60x7x4
	ABS box	120x80x18	120x80x18	120x80x18	120x80x18

GPON Splitter 1×9 55%/45% Details

The key feature of GPON Splitter 1×9 is its unbalanced splitting ratio of 55%/45%. This means when an optical signal is input, it is split into two output signals with power proportions of approximately 55% and 45% respectively, catering to specific GPON network distribution needs where unequal signal distribution is required. There are fiber cables with connectors. These fibers are likely used for transmitting optical signals, enabling the splitting function. The fibers have a certain length and are properly insulated and protected.

The splitter is packaged in a transparent plastic casing, which helps protect the internal components during transportation and storage. There is also a specification with other relevant information, providing essential details about the product.

The connectors attached to the fibers are designed for easy and secure connection to other GPON network devices. The cables have distinct color markings (such as blue and white visible in one of the images), which help in identifying and managing different signal paths.