2 x 16 Single Mode PLC Splitter Enclosure, LC/APC, 1U, 19'', Rack Mount

Name: 2 x 16 Single Mode PLC Splitter Enclosure, LC/APC, 1U, 19'', Rack Mount
Brand: T&S Communications Co., Ltd.

Identifier: 140004

Uniform Distribution

Features

2×16 Optical Splitting Enclosed in a 1U Rack-mount Housing
LC/APC Connectors for High-density Data Center and Telecom Application

+ View More

Specification Drawings Request Quote

Product Description of 2 x 16 Single Mode PLC Splitter Enclosure, LC/APC,1U, 19'', Rack Mount

This 2×16 rack-mounted PLC splitter offers dual-input signal splitting for redundant optical networks and high-capacity fiber deployments. It features low insertion loss, excellent signal uniformity, and high stability, making it ideal for PON, FTTx, and enterprise networking applications. The LC/APC connectors ensure secure, low-reflection connections, while the 1U 19-inch metal enclosure provides enhanced protection and easy integration into fiber distribution racks.

Specifications

Packaging	Rack Mount	Splitting Ratio	2x16 (Uniform Distribution)
Fiber Mode	G657A1/G657A2/G657B3	Cable Diameter	2.0mm
Connector	LC/APC	Grade	P
Insertion Loss	≤14.5dB	Uniformity	≤1.2dB
Return Loss	≥55dB	PDL	≤0.3dB
Storage Temperature	-40℃ ~ + 85℃	Operating Temperature	-40℃ ~ + 85℃
Packaging Box Dimension	1U	Operating Wavelength	1260~1650nm

Compliance

RoHS

Need Help? Contact Our Product Experts or Sales Team Today!

Latest News & Blog

Feb 12, 2026

T&S Showcases High-Density Optical Interconnect Portfolio at APE 2026

T&S returned to the Asia Photonics Expo (APE 2026), held February 4–6 at the Sands Expo and Convention Centre in Singapore, marking the company’s second appearance at the event. During the show,...

Nov 13, 2025

DSP VS LPO

1. Introduction: The “Power Bottleneck” in AI NetworksToday’s data center landscape is undergoing a profound transformation. The explosive growth of AI workloads, the rapid expansion of cloud-scale...

Oct 31, 2025

HCF VS MCF

Is Hollow-Core or Multi-Core the Future of Fiber Technology? The question of whether Hollow-Core Fiber (HCF) or Multi-Core Fiber (MCF) will define the future of optical communication has become one of ...

View All