Fibre optic internet

1. Hot to Work Fibre Optic Internet
Fiber Optic Communication is a means of sending out numerous information from one place to
another through optical fiber in which it has the power to transmit lights. These lights are called
electromagnetic carrier waves in which they are ordered to carry and bring out information. In
today’s application, Fibre Optic Internet has generally became one of the fastest ways to deliver
out communication by generally using a transmitter that is to be converted to an optical signal to
contain tons of optical fibers that is used in routing in buildings or even underground hideouts in
the military. This system is produced and generated by computers, telephone systems and other
means of effective communication system.
Steps in Making Fibre Optic Internet Work
You might be hearing about fiber optic cables whenever some operator discussed about cable TV
system or telephone system. These lines look like as if they are strands of human hair, only that
they are glassy. Like neurons in the human body, these lines can carry much information even at
the longest distance and usually, they are used in mechanical and electrical engineering
inspection and internet purposes.
•Parts of Fibre Optic Internet
The first part of Fibre Optic Internet is the core or the central part of the fiber in which the light
travels back and forth and the center means of communication. Next is the classing which is the
reflector of the light and the buffer coating that protects the core, cladding and the plastic coating
from any possible damage and moisture. Lastly, the jacket or the outer covering of the cable that
protects the totality of the cable.
•Transmitting the Light
Perhaps you wanted to communicate to the person who is far away from you because he is there
downhill. However, you phone ran out of batteries and the only way you have in your bag is a
glass of mirror. You could place the mirror at the bend for the sun to reflect in it and the light will hit
the mirror, pointing to the direction of the person you wanted to talk to. This is the exact thing that
happens on the Fibre Optic Internet.

2. The light that travels through the center of the fiber, or the core, will bounce from the walls or the
cladding. This is the result of the principle of total internal reflection in which the light wave have
the tendency to travel from one great distance to another.
•The Relay System
There are four most important part of the Fiber Optical Internet: transmitter, optical fiber, optical
regenerator and optical receiver. When you are hearing some documentary stories in internet or in
television, you might hear how many military forces went on to their battlegrounds because of their
strong communication system. For example, during the World War II, two naval ships keep on
communicating through radio signals even at stormy seas but still managed to help each other.
Now using this illustration, it will help you to imagine about how fiber optic works. The transmitter
is the one that generates signal lights and when it reached the optical fiber, it would be easily
transmitted to the distance you might want to. If you want to boost your light signal, then, optical
regenerator can handle the job perfectly. Lastly, the optical receiver obviously and finally receives
the signals.
Fibre Optic Internet