Description

Steel Tube 1*16 0.9mm 1.5M PON Fiber Optic Splitter

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Steel Tube 1*16 0.9mm 1.5M PON Fiber Optic Splitter

Description

PLC Splitter means planar light-wave circuit splitter, which is based on planar light wave technology, widely used in FTTX,EPOM,BPON,GPON .We launched 1xN,2XN PLC splitter with consistent performance, low optical Insertion loss, low polarization dependent Loss, high reliability and stability , superior environmental and mechanical characteristics, and fast installation. They also enable more effective monitoring and management of fiber optical networks. All wavelengths (1260-1620nm) are not sensitive. And our products meet Telcordia 1209,1221 standard ,ROHS.

We have unique competitive advantages in our PLC product platform by leveraging our strong expertise in fiber array block fabrication, our partnership with foundry service providers, and our reliable packaging technologies. Our splitters are tested based on the strictest standards of the industry, and we guarantee quality, turnaround and competitive pricing.

The PLC splitter we offer are:1×2,1×4,1×8,1×16,1×32,1×64,2×4,2×8,2×16,2×32,2×64

Features

Good uniformity and low insertion loss
Low polarization dependent loss
Excellent mechanical
Compact design,suitable for installation in optical equipment
Wide operating temperature:-40~85 ℃
High reliability and stability

Application

FTTx (FTTB, FTTH, FTTC)
Passive optical networks (PON)
Local area networks (LAN) CATV systems
Test equipments

Specification

Parameter		Unit		1×2	1×4	1×8	1×16	1×32	1×64
Fiber Type		/		G.657A, or customized
Operating Wavelength		nm		1260~1650
Insertion Loss	P	Max	dB	4.0	7.0	10.4	13.5	16.8	20.5
	S	Max	dB	4.2	7.3	10.6	13.8	17.1	20.8
PDL		Max	dB	0.2	0.3	0.3	0.3	0.3	0.5
Loss Uniformity		Max	dB	0.6	0.8	1.0	1.4	1.6	2.0
Return Loss		Min	dB	55(P Grade)/50(S Grade)
Directivity		Min	dB	55
Operating Temperature		℃		-40 ~ +85
Storage Temperature		℃		-40 ~ +85
Dimension(L×W×H)			mm	40×4×4			50×7×4		60×12×4
Remark: The above parameters do not include connectors; If connectors are added, the insertion loss will increase 0.2dB each.