JILONG OPM-22 series power meter newly launched

In order to better cope with the rapid development of global 4G and 5G networks, Jilong Communications has transformed itself into a magnificent transformation, changing the single mode of optical fusion splicer, forming an all-round development of "fusion splicer, OTDR, measuring instrument, optical fiber tool". "Product line. Here will introduce the optical power meter OPM-22 series of measuring instruments.

Entering the third decade of the 21st century, 5G will often occupy the top spot in the hot search list in the optical communications industry. The development of the optical communication industry changes all the time. In order to better serve users around the world, Jilong OPM-22 series has been continuously optimized and upgraded since its launch, striving to return users with a perfect appearance. Now, the OPM-22 series of optical power meters are newly upgraded and officially launched!

Single-Mode vs. Multimode Fiber Optic Cable

Setting up the network infrastructure is a game of choice. You have a plethora of options when it comes to selecting the different materials in a network. You can either choose copper wire cables or fiber optic cables.

There is further bifurcation available in fiber optic types:

Single Mode Fiber Optic Cable and Multimode Fiber Optic Cable.

Choosing a suitable cable is vital as it has implications on the bandwidth, budget, and information travel distance. Hence it is essential to understanding the differences between both.

 

What are Single-mode and Multimode Fiber Optic?

First of all, in terms of working principle, both work by reflecting light multiple times in the glass core. However, the main difference between them lies in their structure. By definition, the working principle of a single-mode fiber o

What are the different types of fiber optical fusion splicers

With the advent of the 5G era, you are no stranger to the optical fiber communication industry. You may have heard of the term fusion splicer before, but if you have not heard of it-the optical fiber fusion splicer is used to combine two separate glass optical fibers" Splicing" or fusing together-whether the fiber type is single-mode fiber or multi-mode fiber. The goal is to seamlessly connect two bare fibers. They are connected to each other by an electric arc. You may need to splice for a variety of reasons-the fiber may be broken or damaged, or you may be using a pigtail or splicing (SOC) on the splice to perform fiber termination, or you may need to extend the length of the fiber to the end of the long-distance network . Fusion splicing ensures that the light passes from one end of the fiber to the other without interruption, thereby ensuring minimal back reflection from the splice. Welding can be used instead of mechanical splicing. In fact, due to its advantages, it is usually