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Fiber Optics Uses
Fiber optics, simply put, is a branch of applied science that deals
specifically with the study on how to manipulate energy by means of
an optical fiber. And an optical fiber is a glass or plastic thread
that allows light (or energy) to pass through its entire length. So
that makes, simply put: Fiber optics is a science of manipulating
light using optical fiber. Pretty cliché, isn’t it?
Yet, applications for this concept are immensely huge; from
telecommunications to sonar and acoustics, to distance precision to
extraterrestrial mapping, fiber optics uses are varied and
unrestrained. And fiber optics uses aren’t capped yet; there are
just so many innovations yet to be made with fiber optics uses.
So for Fiber optics uses, here’s the best of them:
Fiber Optic Communication
The birth of Information Age owes it so much to the fiber optics
uses in communication. Allowing exchanges of the information between
several continents in a space of a single breath contributes highly
to the intellectual rise so predominant these days. The secret is
the vast network of intercity and transoceanic optical fiber
communications line being laid. Among this is the Submarine
Communications Cable with the capacity of 2.56 terabit per second.
Compare that magnitude with a conventional ASDL downstream which is
512 kilobits per second. The effect is obvious, Wallstreet ceased to
exist, and dominant corporations aren’t CitiGroup anymore, now
Microsoft and Google are the major economic players. Intangible
Economy and Technocapitalism are the battlegrounds where most of
Fortune 500’s influential companies play their game and the
competitive advantage relies on how information is transmitted
through fiber optics.
Fiber Optic Sensor
Having the characteristics of low attenuation and interference makes
fiber optics functional even in the most inhospitable conditions.
Like on oil well inspection where the use of semiconductor sensors
to such environment just wouldn’t do. Another big thing is that
electrical power isn’t needed to run optical fiber equipment on
remote areas, thus allowing more compact machinery.
Similarly, compactness makes it best for medical procedures. Slim,
manipulability, precise, this is the best material for endoscopy. In
fact, fiber optics revolutionizes endoscopy, allowing the most
minimal invasive surgical procedures thus minimizing risks.
Fiber optics uses are surprisingly varied, since its capability to
transmit data as light is highly appreciated as opposed to
electrical impulses. And it can transmit data with the least
interference, attenuation, or even crosstalk, making it the best by
far.
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