Which Of The Following Are Advantages Of Using Fiber Optic Cabling For A Network?

Which of the following are advantages of using fiber optic cabling for a network?
Before we discuss the advantages of fiber optic cabling, let us know a brief introduction to fiber optic cabling. The fiber optic cable is the type of cable that contains one or more optical fibers that are used to carry the light.

These fiber optic keyboards offer significantly higher throughput when compared with copper-based cables such as coaxial cables or the twisted pair cables. The optical fibers can be of single-mode or it can be of multimode. Now, let us know the structure of the fiber optic cable.

The fiber cable consists of the Sinterklaas core that is surrounded by several layers of protective materials. The outer layer is the type of jacket. This insulating jacket is made up of Teflon or PVC. The second layer we call the buffer is mainly used to encapsulate one or more optical fibers in order to provide protection from physical damage. The layer that is around the fiber core is called cladding.

The cladding is made up of glass or it is made of plastic. The cladding layer service has two purposes, one is it protects the core, the cladding will reflect the signal down the fiber. In simple words, the light can travel through the core by constantly bouncing from the cladding. Here the cladding doesn’t observe any light like a mirror. The light can travel greater distances besides the light bouncing or the reflection from the cladding allows the fiber to bend around the corners without affecting the transmission signal.

The center core of the fiber cable is made up of glass fiber or the LED that travels through the core. As we have discussed earlier, there are two types of fiber optic cables they are single-mode fiber and multimode fiber. Let us discuss each of these types in detail.

The single-mode optical fiber is mainly designed to carry the light with the single-mode, which means the light travels will be in the same pattern or it can be in the same way that produces the single ray of the light. It can travel over longer distances with higher transfer rates. It has a smaller diameter that is about 9 microns.

The other one is the multimode optical fiber, which is mostly used for communication over short distances. The short distances are like a building or on campus. All the light waves are scattered in many paths, these travel through the cable core. The multimode links can be used with data rates up to 100 Gbps.

There are many features in the multimode fiber, it has a larger diameter when compared with the single-mode fiber, the multimode can have greater attention when compared with the single-mode. This is mostly better for the shorter distances. the main differences between the single-mode and the multi-mode are that the single-mode has only the smaller core, the laser lights travel in the single-mode. The multimode fiber uses different modes when light travels inside of the core