MPO fiber patch cord is a hot product in the field of fiber optics. Due to the characteristics of large cores count, small size, and high transmission rate, it has attracted more and more attention, especially in high-density data center wiring solutions, which can exert greater advantages. What is MPO Patch Cord? MPO (Multi-fiber Push […]

Optical fiber patch cords and pigtails have similar appearances and are rich in variety, but they are not the same fiber optic product. This article will mainly make a comparison between fiber optic patch cords and optical fiber pigtails. What is Fiber Patch Cord? A fiber patch cord is a cable directly connected to a

What is Fiber Patch Cord? Fiber patch cords are often called fiber patch cable, fiber jumper or fiber patch lead. It is a length of fiber cable that is terminated with fiber optic connectors (LC, SC, MTRJ, etc ) at each end. The connectors allow fiber optic patch cords to be rapidly connected to an

When using an optical module, we must consider its wiring problem. How to choose a suitable fiber jumper according to the optical module? 1. Transmission distance and data rate Optical modules have a variety of different transmission rates and transmission distances. When we choose optical fibers for optical modules, we must choose matching optical fiber

As we all know, when installing fiber optic patch cord, we should pay attention to the bending range of the cable not being greater than its bending radius, otherwise light leakage will occur and cause loss. As shown in the figure below, the greater the bending range, the greater the loss of optical signals. How

With the popularization of 40G and 100G networks, more and more data centers, telecommunication centers, enterprises and campuses are beginning to use MTP/MPO cabling systems. This cabling system is constructed using MTP/MPO fiber patch cords, MTP/MPO cassettes, MTP/MPO adapters and MTP/MPO adapter panels. It can greatly save network deployment time while providing unlimited possibilities for

With the continuous development of networks, 40G networks have become common now, and 100G networks are also widely used. At this time, traditional LC cabling can no longer meet the high-speed and high-density requirements of data centers. In this case, it becomes very important to obtain a higher transmission rate and find a suitable solution