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MPO/MPO-OM4-12F-3.0MM-LSZH-10M

MPO/MPO-OM4-12F-3.0MM-LSZH-10M

2024-09-04

Specification Specification MM low loss Mutimode MT ferrule Standard Mutimode MT ferrule SM low loss Singlemode MT ferrule Standard Mutimode MT ferrule Insertion Loss Typitcal<0.30dB Maximum<0.5dB Typitcal<0.50dB Maximum<0.7dB Typitcal<0.30dB Maximum<0.7dB Typitcal<0.50dB Maximum<0.7dB Return Loss ≥20dB ≥20dB ≥PC45dB ≥APC30dB ≥PC45dB ≥APC30dB   Application Array trunk cables Array fiber to single fiber fanouts and cassettes High fiber density card edge access Optical switching interframe connections Datacenter Cabling   Product features Production Tests We carry out end face, insert loss & return loss and 3D test to ensure the product quality is up to standard.   Packge Method Tie the line into the PE bag, the connector head position down, product labels affixed to the middle of the PE bag. The long side of the label is parallel to the bottom edge of the PE bag, finally put it into the carton.

What Is Optical Fiber? Understanding the Backbone of Modern Communication

What Is Optical Fiber? Understanding the Backbone of Modern Communication

2024-08-22

Introduction In our increasingly interconnected world, the demand for fast, reliable communication networks has never been higher. Behind the seamless streaming of videos, instant messaging, and global voice calls lies a technology that has revolutionized how we transmit information: optical fiber. This slender, hair-thin strand of glass or plastic has become the backbone of modern telecommunications, enabling the high-speed transmission of data over vast distances. But what exactly is optical fiber, and how does it work? This article aims to delve into the science, structure, and applications of optical fiber, shedding light on why it has become so essential in our daily lives. The Basics of Optical Fiber At its core, optical fiber is a type of waveguide, a structure that guides light from one point to another. Unlike traditional electrical cables that carry electrical signals, optical fibers carry information in the form of light. This light is typically produced by lasers or light-emitting diodes (LEDs) and can travel through the fiber with minimal loss of signal strength, even over long distances. An optical fiber consists of three main components:...

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