Fiber Internet Service And How It works ?

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AN OVERVIEW OF FIBER INTERNET HOW IT WORKS
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Fiber optic internet providers is the next step
in the evolution of digital communication.
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FIBER INTERNET
Fiber internet is basically internet that gets
delivered to you via fiber optic lines.
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Fiber optic lines make use of tiny glass or
plastic strands that carry data in the form of
light and delivers immense speed and reliability
to users.
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WHY IS FIBER SO FAST?
INTERNET SPEED The speed of internet is highly
dependent on the amount of data your
infrastructure is capable of handling.
FIBER OPTIC
FIBER INTERNET SPEED Typical connections from
fiber optic internet providers deliver speeds of
up to 1 gigabit per second a hundred times as
fast as data coming in through old copper wires.
Fiber optic lines, send modulated light in place
of electricity, and that raises their bandwidth
capacity.
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FIBER OPTIC CABLE
Nothing works without this it is a cable, which
carries pulses of light between two different
places.
TRANSMITTER It converts a digital signal into a
pulse form and then transmits the same through
the fiber cable. Some transmitters are capable
of sending multiple signals at once byenhancing
the capacity of each fiber. RECEIVER Receiver
turns arriving light pulses back into digital
signal, and then feeds them to a digital
device. Transmitter and receiver are often the
same product, in which case it is called a
transceiver.
PARTS OF A FIBER NETWORK
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FIBER INTERNET
ANATOMY Fibers individually surrounded by
multiple layers of strengthening material that
protects them and keeps the light signals from
leaking out. A typical cable laid by one of the
fiber optic internet providers packs several
individual fibers of this sort, which enables
transmission of high volumes of data using a
single connection.
SIMPLEX VS. DUPLEX Duplex cables carry two
separate fiber cables joined by a mutual outer
coating, and have two exits on each end. Each
cable only relays data in one direction, making
duplex cables highly suited to high-traffic
connections such as at fiber switches, servers,
and backbone ports.
COLOR CODING The fibers inside a cable happen to
be of the same type. In these cases, the outer
layers are accordingly color-coded. On top of
that, fiber optic internet providers also mark
individual fiber bundles inside the cable to
ensure ease of installation when cables need to
be spliced together.
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BUSINESS RESIDENTIAL FIBER INTERNET
Business fiber internet service invariably costs
more than what a residential subscriber would
have to pay, despite the underlying technology
being the same. Small businesses may not
initially understand why they have to pay
higher prices for essentially the same thing.
What is overlooked though is that business fiber
internet carries many guarantees
which residential fiber lacks
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FIBER INTERNET
VS. CABLE DSL
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CABLE DSL
Light Electricity degrade when they travel
long distances, and thus the signal grows weak,
or the bandwidth drops.
CARRYING DATA OVER LONG DISTANCES
Copper cable links cannot be laid continuously
for more than 328 feet if you want to uphold
signal strength.
FIBER INTERNET
Fiber optic cables, on the other hand, can
maintain signal strength for up to around 25
miles. This is why so many people sign up for
connections from fiber optic internet providers.
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CABLE DSL
Copper is a great way to get electricity from one
point to another, but not in a closed system,
the flipside of this is the issue of possible
radio or electromagnetic interference.
RADIO WAVES ELECTRICITY
Higher this interference, the lesser the signal
strength will be as a consequence the signal
may get cut entirely.
FIBER INTERNET
The interference of radio waves electricity is
not an issue shared by plastic and glass lines
laid by fiber optic internet providers, which
are sufficiently insulated against interference.
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CABLE DSL
Copper, being a soft metal and good heat
conductor, is more prone to damage when exposed
to the elements. It generally breaks down after a
few years.
CHANCE OF INCURRING WEAR TEAR
FIBER INTERNET
Fiber endures longer and better for the simple
reason that it is much harder. Regarding
pressure, copper can take about 25 pounds before
it is irreversibly damaged, while fiber easily
stands up to between 100 and 200 pounds.
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DISADVANTAGES OF THE FIBER OPTIC INTERNET
PROVIDERS
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1. YOU PROBABLY WILL NOT NEED ALL THAT SPEED
A new fiber connections speed may seem enticing
at first, the attraction can easily fade after
you realize you do not have much use for it on a
regular basis. A single user on average need
just 1 Mbps to browse the web, and 4 Mbps to
stream HD videos or play an online game.
2. AVAILABILITY IS VERY LIMITED Fiber internet
is mainly provided in the north Atlantic coast
and the Midwest. As of 2104, less than 25 of
the country has fiber-optic lines. A few fiber
optic internet providers such as Google and
Verizon have promised nationwide network
expansion, but that is still some ways in the
future.
3. NEW LINES REQUIRE NEW INFRASTRUCTURE
Fiber-optic lines are not so common in the
country, and whenever one of the fiber optic
internet providers wants to service a new area,
they are required to lay the necessary
infrastructure. That means a high initial cost.
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If speed, reliability, and efficiency matter to
you, then fiber is a choice that is hard to beat.
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IS FIBER INTERNET RIGHT FOR YOU?
If you are a gamer or HD streaming aficionado to
be able to fully utilize the best that fiber
internet has to offer.
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A 1 Gbps plan from Google or Verizon would be
priced similarly to the typical 2550 Mbps plans
from most cable companies.
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If you are living in a neighborhood already
serviced by any major fiber optic internet
providers, you should definitely sign up with
them and partake in the superior benefits it
offers.
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THAT'S ALL, FOLKS!

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