1×4 Singlemode ABS Box PLC Splitter

Name: 1x4 Singlemode ABS Box PLC Splitter
SKU: 109858
Price: 15.40 USD
Availability: InStock

◎ P/N: 109858

◎ Attention: For a formal quote, please send product details to sales@fiber-life.com.

Delivery: Order today and it will be shipped before from the U.S. or Hong Kong via FedEx/DHL/UPS. Free shipping on orders over US$200.

Warranty: Fiber-Life offers a 1-year warranty, 30-day returns, and 30-day exchanges.

$15.40

Port

Longueur de la fibre

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Input Connector

Output Connector

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1×4 Singlemode ABS Box PLC Splitter

The 1×4 Singlemode ABS Box PLC Splitter is a high-performance optical device designed to evenly distribute optical signals from one input fiber to four output fibers in FTTx, PON, and CATV networks. Utilizing PLC (Planar Lightwave Circuit) technology, it ensures low insertion loss, high uniformity, and excellent stability across all output channels. Encased in a compact and durable ABS box, this splitter is ideal for indoor fiber distribution applications, offering easy installation, reliable performance, and long-term durability in various network environments.

Specifications

Parameter	1×2	1×4	1×8	1×16	1×32	1×64
Operating Wavelength	1260nm ~ 1650nm
Fiber Type	G657A1
Insertion Loss	≤3.8dB	≤7.2dB	≤10.3dB	≤13.5dB	≤16.5dB	≤20.5dB
Loss Uniformity	≤0.4dB	≤0.6dB	≤0.8dB	≤1.0dB	≤1.5dB	≤2.0dB
Polarization Dependent Loss	≤0.2dB	≤0.2dB	≤0.2dB	≤0.3dB	≤0.3dB	≤0.4dB
Return Loss	≥50dB
Directivity	≥55dB
Wavelength Dependent Loss	≤0.5dB	≤0.5dB	≤0.5dB	≤0.5dB	≤1.0dB	≤1.0dB
Fiber Length	1m or Specify
Temperature Stability	≤0.5dB
Operating Temperature	-20℃ ~ +85℃
Storage Temperature	-40℃ ~ +85℃
Maximum Power Handing	500mW
Dimension (L×W×H)	100mm × 80mm × 10mm			120mm × 80mm × 18mm		140mm × 115mm × 18mm

Note: Specified without connectors; add an additional 0.2dB loss per connector.

Features	Applications
Low Insertion Loss	FTTX Systems
Low PDL	PON Networks
Compact Design	CATV Links
Good Channel-to-Channel Uniformity	Optical Signal Distribution
High Reliability and Stability	Optical Signal Distribution