The Fiber Transport Directory
What is MPLS Transport ?
Fiber
Transport is the
service of connecting two
locations for a network with
fiber optic cables allowing
for the transfer of data.
These two locations may be as
close as two buildings within
a city or as distant as having
one building in the US and
another in Europe or Japan,
etc.
Companies use
Fiber Transport for all
types of networks. This
may be for an Internet
backbone provider or for a
voice operator. At the
ends of the fiber cables
equipment is added such as a
router which can accept the
long haul single-mode or other
type of fiber. If you
need a quote for a fiber optic
connection between two
buildings
click
here to request a quote.
Fiber Transport
connections are often referred
to by their connection size
and city locations that each
end connects. For
instance, a network might get
a GigE Transport from Virginia
to London, or maybe their
network needs a 10GigE link
from San Jose CA to Los
Angeles CA. These are just a
few examples of the popular
transport options needed for
various networks.
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The most
popular transport links are
from the main connecting
points of the Internet in the
Internet Exchanges listed to
the right on this page.
The main suppliers who sell
these data link transport
services are companies with
national networks such as
Hurricane Electric or Level 3.
Large regional networks such
as the Bell companies like
AT&T and Verizon also sell
transport services.
Optical Fiber
Network Terms
Fiber
Cable - These are the
cables that are run to deliver
the connection. These
fiber optic cables are made of
silicon and transmit light
over them. There are
different types of fiber cable
depending on the distance they
need to go. Some are for
running within a building and
some are made from running
between buildings and some are
made to run under the sea.
Read more about
Fiber
Cable.
Optical Fiber -
This refers to the vary
substance the cables are made
of. Read more about
Optical Fiber.
Network Fiber -
Network cables that are
specifically made of fiber are
more expensive than other
network cable types but can
have many benefits.
Network fiber comes in
different cable types.
Read more about
Network Fiber.
Multimode Fiber -
Multimode fiber (MM) is
utilized when the line will be
300 meters or less and for
speeds ranging from 1,000Mbps
to 10,000Mbps. Read more
about
Multimode Fiber.
Single-mode Fiber -
This type of fiber (SMF) is
used for distances over 300
meters and up to 70 miles
depending on the laser type
used. Read more about
Single-mode Fiber.
Fiber SC Connector
- This is one of the connector
types that is put on the end
of a fiber optic cable.
The connector type is chosen
based on the laser type of the
router or network equipment.
The SC connector is usually
used with Multimode fiber for
the shorter distances 300
meters and less. Read
more about the
Fiber
SC Connector.
Fiber LC Connector
- This connector type is
usually used for the longer
fiber lines. It is
usually used with Single mode
fiber for distances over 300
meters. Read more about
the
Fiber
LC Connector.
Fiber Switch - This
is a switch that can handle
fiber connections linking into
it. It has lasers for
communicating over the fiber
optic cables. Read more
about
Fiber
Switch.
Fiber Ethernet -
This refers to the
communication protocols and
thus the Ethernet cable type.
In this case it is Fiber
Ethernet as opposed to copper
Ethernet. This would be
Fiber Gigabit Ethernet or
Fiber 10 Gigabit Ethernet.
Read more about
Fiber
Ethernet.
Fiber Networks -
Fiber networks can achieve
much faster data transmission
speeds than copper because the
they utilize lasers and can
send data at the speed of
light. Read more about
Fiber
Network.
Fiber Networking -
Fiber Networking is currently
more expensive than copper
networking but is much faster
and more reliable than other
types of networking.
Read more about
Fiber
Networking.
Fiber Bandwidth -
Fiber bandwidth is usually
1,000Mbps or 10,000Mbps
Internet bandwidth. Read
more about
Fiber
Bandwidth.
Optical Transport -
This may be used for an
Internet network or just for
another data type network.
Transport refers to connecting
two network points across a
city or across a country.
These network direct point to
point lines are referred to as
optical transport when it is
over a fiber optic network.
Read more about
Optical Transport.
MPLS Transport -
Multi-Protocol Label Switching
(MPLS) is one of the
communication techniques used
for connecting two point to
point lines to connect a wide
area network (WAN). Read
more about
MPLS
Transport.
Intra-Building Fiber
Transports
In a Data Center there is
another service that fiber is
used to connect two network
points within the same
building. When the fiber
connection is performed within
the same building this is
called a fiber cross connect.
Usually the
fiber cable
type used
for short distances was
multi-mode fiber.
Cabling is key to colocation
data center availability and
manageability. If not
managed it can be a tangled
jumble that can causes
excessive heat, inefficiency
and expense in the IT area.
There is another system for
cable management that uses the
same name but is not to be
confused with transport over
fiber long distances between
buildings. Fiber transport
system can streamline and
take care of unmanageable
clogs of under-floor cabling
which causes excessive heat.
Fiber cables
connects
colocation data center
equipment to centralized
fiber patch panels. Fiber
Transports uses small
form factor optical fiber
connectors and short fiber
jumper cables with a FTS
patch panels to help
simplify your cable
management.
Fiber Transports can also
use under-floor and
rack-mounted consolidation
patch panels to help
streamline fiber cabling for
both widely dispersed and
clustered equipment
locations.
Benefits of Fiber Transport
The Benefits of
Fiber Transport it
reduces system outage
time and increases system
availability. It helps avoid
thermal failure with the
cooling capability Fiber
Transport offers.
Companies that offer Fiber
Transport usually prefits
all components with
connectors and does all
their testing in their labs
to make installation
reliable and quick. They
make sure that all
components are compatible
with most common computers
and communications systems.
Fiber
Transport offers less
congested subfloor areas
which makes it easier to
manage, making upgrades and
adding on to your systems
easier. With Fiber Transport
it is faster to upgrade and
do machine replacements and
install and remove equipment
faster and with less
disruption.
Fiber
Transport helps keep
cost down in a number of
ways by lower your IT costs.
It helps reduce costly
downtime and it can lower
the cost of incremental
capacity upgrades. It
minimize the impact to your
business when you upgrade
your system, by limiting the
long term expenses of moves,
adds or changes. The initial
investment of a Fiber
Transport can be offset by
incremental savings over the
years to come.
When looking
for a company that supplies
Fiber Transport find one
that have highly skilled
connectivity professionals
who have a long track record
of success.
Remember to
bookmark us for:
MPLS
Transport
Great
Internet Bandwidth Articles
Useful and interesting
information to know about
Internet bandwidth, data
centers, colocation, and
dedicated servers
can be found in our site's
resource articles. A few of
the articles are listed
below:
What is
Internet Bandwidth?
Wholesale Internet Bandwidth
Low-Cost Internet Bandwidth
What
is a Gigabit?
What
is a Colocation Data Center?
When
is it best to use Colocation
and when is a Dedicated Server
the best choice?
Top
Tier 1 Internet Backbones for
Wholesale Internet Transit
Below are more
resources on bandwidth
articles:
10GigE (10 Gigabit Ethernet -
10,000 Mbps)
GigE
(Gigabit Ethernet - 1,000
Mbps)
Oc 48
Internet Bandwidth
Oc 192 Internet Bandwidth
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