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Fiber Optic Cabling

5/28/2014

1 Comment

 
Fiber optic cabling is probably the best invention to hit the market in the recent years – it has transformed the way communication systems transmit signals. There is a center glass core which is covered by multiple layers of protective material. Instead of electronic signals, it transmits light which eliminates any kind of electronic interference. Thus, it provides the ideal cabling solution for the environments that are prone to interference. This cabling is also immune to lightning and moisture. The different types of fiber cabling available in the market are single mode and multi-mode.

The bandwidth provided by fiber optics is higher than copper and it is generally used for the backbone connection between the local networking equipments and is obviously preferred for networks that would be used for digital and analog communications. The high costs of the optical fiber might be of concern but it is the only cabling system that has a high security link and is even unaffected by the electromagnetic interference (EMI). It is also used for inter-building links and various other connections above the 90m range for copper cabling.  

Types of Fiber Optic Cables
The various types of fiber optic cabling systems used are:
  • Multimode 50/125 (OM3) Gigabit Ethernet an 10 Gig Ethernet for up to 300m
  • Multimode 62.5/125 (OM1) Datacomms
  • Multimode 50/125 (OM2) Video & Datacomms Systems
  • Singlemode 8/125 (OS1) Gigabit Ethernet and 10 Gig Ethernet for up to 2km

Advantages of using Fiber Optic


High Bandwidth – Fiber optic cabling has a very high bandwidth and the data rate at which it operates can go up to 10GB/s. This is just enormous bandwidth that allows heavy call traffic to be handled with ease by the cabling system. Under standard lab conditions, it has been seen that the data rates moved even higher than the 10Tb per second.

Greater Distances – The signal loss or attenuation in fiber optic cables is very low and this is why signals can travel to greater distances without any problem. Signals can travel for thousands of kilometers without any loss which facilitates seabed cabling and other long distance cabling.

Compact and Lightweight – The optical fiber is compact and light so it can be easily transported without any difficulties.

Very secure – Optical fiber cabling is really secure in the middle of the fiber and the signal is never radiated. These fibers are used to build networks that call for high security like the military or the government communications. 

Safe – As the optic fiber cables do not contain any electrical current so the risks associated with sparks from short circuits are heavily cut down.

Environmental friendliness – Optical fiber cables are environment friendly as only a few resources are required for the manufacturing or transporting the optical fiber cables.

Highly cost effective – Fiber optics might initially be very expensive but for the applications that require huge volume of data to be transmitted, nothing can beat the optical fiber. It is probably the cheapest solution available in the market for transmitting data over long distances. Of late, there is a downward trend in the prices of fiber optical cables, tools, components and even installation equipment. More and more people are going to benefit from the increase in the usage of optical fiber as it has a high ROI when compared to the other cabling systems.

About Baron Telecommunications 
Baron Telecommunications has been offering communication services for over 30 years now. We provide system assessment, installation, and ongoing service. We provide advanced products from Toshiba and Shoretel. Call us today for all your communication needs. 

1 Comment
Elvin Soto link
6/22/2019 06:14:26 am

Optical transmitter, fiber optic cable, optical receiver- are three integral components of fiber optic communication system. The role of optical transmitter is to convert electrical signal into optical signal. This optical signal is then carried by optical cable from optical transmitter to optical receiver. Fiber optic cable transmits more volume of data per unit time than copper cables. As optical fiber cable offers low power loss, so long distance transmission is possible.

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