|
Flickertronics Provides
Internet Connectivity with the
Best Pricing from over 100
Internet Carriers, WIth global
Satellite Internet |
| |
- Fiber Optic Internet
- DSL
- Broadband Cable Internet
- T-1
-
DS3/T3
-
Metro-Ethernet
MIS
-
Metro-Ethernet
Private
Line
-
Global Satellite Internet coverage
|
|
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OC-1
-
OC-3
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OC-3c / STM-1
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OC-12 / STM-4
-
OC-24
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OC-48 / STM-16 / 2.5G SONET
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OC-192 / STM-64 / 10G SONET
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OC-768 / STM-256 / 40G SONET
|
|
-
IPsec VPN
-
SD-WAN
-
Ethernet Private Line – EPL
-
MPLS VPN
-
Ethernet Virtual Private
Line – EVPL
-
Virtual Private LAN Service
– VPLS
-
Wireless Mesh
|
What Is Business Cable
Internet?
Business cable internet is a
premium cable connection that
helps your employees browse the
web and download large files at
high speeds. Unlike small-scale
WiFi internet solutions, this
enterprise-class alternative
operates as a shared network and
uses ethernet cables to deliver
bandwidth up to 1 Gbps.
This solution is practical for
customers relying on high
bandwidth to run
industry-specific applications.
As a business cable internet
provider, we deliver fast,
reliable internet bundled with
features like managed routers,
cloud apps, WiFi, web hosting,
and network security.
We partner with America’s most
trusted service providers to
ensure that you and your
employees stay connected with
streamlined communications,
internet speeds, downloads, and
more.
Comprehensive Cable Internet
Packages for Businesses
Do you worry that business cable
internet may be too expensive
for your budget? We act as a
conduit between you and business
cable internet providers, so you
can enjoy cost-efficient
bundles.
Business
Fiber Internet
Service
Fiber
Internet for
business is
a high-speed
Ethernet
connection
utilizing a
fiber-optic
network and
advanced
technology
to deliver a
superior
business
class
Internet
service.
This method
of Ethernet
Internet
access can
reach speeds
up to
100Gbps,
depending on
the location
and fiber
networks in
the area.
The
performance
offered by
fiber optic
Internet
connections
provides
many
advantages
to
businesses
where
fiber services
are
available.
The design
of fiber
optic
Internet
networks
offer many
benefits.
Rather than
using older
and slower,
copper-based
network
facilities
to deliver
service,
business
fiber
Internet
providers
utilize an
end to end
fiber
network to
allow for
high-bandwidth
connectivity
all the way
to the site.
Fiber
internet
connections
don’t just
offer high
speeds, they
also provide
a more
reliable
service than
copper-based
network
connections
(DSL, Cable,
T1). Reason
being is
that it’s
unaffected
by inclement
weather and
resistant to
human and
electrical
interference.
In addition,
the
high-quality
signal
strength of
a fiber
connection
allows for
lower
latency,
packet loss,
and higher
Quality of
Service
(QoS), when
compared to
traditional
business
broadband
connections.
Fiber
Internet
service for
business can
be offered
as a
broadband
connection
with shared
network
access, but
most
customers
with mission
critical
applications
require
dedicated
fiber
Internet
service.
These
dedicated
Internet
services
come with
Service
Level
Agreements
(SLAs),
which
guarantees
the
bandwidth
available,
as well as
network
performance
(QoS). This
makes
dedicated
fiber
Internet
service a
great option
for cloud
connectivity,
datacenters,
servers, or
any other
application
requiring
the highest
network
performance.
Business
fiber
Internet
costs are
generally
more
expensive
than
traditional
broadband
connections,
even for
non-dedicated
lines.
However, the
high
bandwidth
capacity and
low latency
provided by
fiber optic
Internet
makes it a
wise
investment,
particularly
for
companies
with large
numbers of
employees
who require
a consistent
and reliable
connection.
Business
fiber
Internet is
also known
as
Ethernet
Internet
Access,
Fiber Optic
Internet,
Dedicated
Fiber
Internet,
or
Ethernet
over Fiber.
-
Symmetrical
Upload &
Download
Speeds
-
High
Reliability,
Performance,
Uptime
-
Service
Level
Agreement –
Guaranteed
Peformance
-
Low latency,
Packet Loss,
Jitter
-
Static IP’s
– IPv4 &
IPv6 Dual
Stack
-
BGP & Static
Routing
-
Managed
Network
Solutions
-
Unaffected
by Weather
-
Fast
Ethernet &
Gigabit
Ethernet
Access
-
General
Internet
Connectivity
-
Accessing
Cloud Based
Applications
-
Mission
Critical
Applications
-
IP VPN
Networks
-
SIP
Trunking,
VoIP,
Streaming
Video
-
Data Backup
& File
Sharing
-
Server and
Application
Hosting
Business Fiber has changed
the way organizations,
enterprises, and
institutions communicate. A
rapidly evolving technology,
business Fiber internet
connections are
characterized by an
ever-changing set of
standards and protocols.
Business Fiber
internet services –
known for speed and
reliability – are available
through several of our
carrier partners and offer a
number of key benefits. With
Fiber internet, your
business can benefit from
one of the most
cost-effective, simple, and
scalable internet
connections available. There
are two variations of Fiber.
Dedicated Fiber
– This is a Fiber
circuit that is dedicated to
your business. It includes
a Service Level Agreement
that guarantees uptime,
bandwidth, jitter, packet
loss, and latency. Dedicated
Fiber for business offers
symmetric up and downloads
with speeds ranging from
10Mbps to 100Gbps.
Shared Fiber
– Shared business Fiber
internet, as the name
implies, is on a shared
network that has multiple
users; consequently, the
performance of these
circuits can be affected by
the usage of your area.
Examples of this type of
Fiber are Uverse and FIOS.
While this Fiber internet
connection doesn’t come with
any guarantees, it offers
much greater value per Mbps
than dedicated Fiber and is
reliable. The speed on this
Fiber for business starts at
25Mbps and goes up to 1Gbps.
Do you want to
improve enterprise-wide
connectivity with dedicated
Fiber for business or our
cost-effective shared Fiber
for business?
Contact
TelcoSolutions and get a
quote today!
Cost-effectiveness
Business Fiber internet
services support a vast
range of applications
and facilitate
high-speed data and
voice-over-internet-protocol,
making them a
cost-effective,
all-in-one option. Plus,
Business Fiber works
with most modern
routers, meaning
businesses don’t have to
invest in new hardware
upon adoption.
Integration and
flexibility
Business Fiber internet
simplifies networking
solutions, as it
integrates with virtual
private networks, T1
lines, and standard
Ethernet connections.
With Fiber internet, you
can focus on your
business priorities and
enjoy the flexibility
that is possible with a
safe and secure internet
connection.
Multi-location
connectivity
Businesses with multiple
sites can benefit
greatly from Business
Fiber, as it facilities
lightning-fast
connectivity between
locations. Stay
connected with your
employees, customers,
and community with
lightning-fast Fiber for
business.
Dedicated Internet
Service
Dedicated
Internet
Access
is
a business
class
connection
providing
the highest
quality
bandwidth,
reliability,
and
performance
available.
Companies
who require
this
consistent
performance,
and high
Quality of
Service
(QoS)
for
applications, are
typical
customers of
dedicated
Internet
service.
Most dedicated
Internet
connections
are sold by
telecom
carriers and
Internet
service
providers
(ISPs) as
dedicated
fiber
Internet or
Ethernet
Internet
access.
One of the
major benefits
of a
dedicated
Internet
line versus
traditional
Internet
connection
(Cable, DSL,
Wireless),
lies in the
amount of
bandwidth
available. A
traditional
Internet
connection
is a shared
network with
“best
effort”
service,
unlike a
dedicated
connection
which comes
with service
level
guarantees
(SLA). With
a best
effort connection
the ISP will
do its best
to provide
you with
your maximum
amount of
bandwidth,
typically
called the
package
speed. High
network
traffic,
packet loss,
latency, and
outages
prevent you
from ever
truly
realizing
the full
speed of
your
Internet
connection.
This is
because
these shared
network
connections are
oversubscribed.
Internet
users
connect at
different
times of the
day, so when
a
larger-than-anticipated
number of
users are
using the
same
connection,
performance
suffers for
everyone
with a
shared
network
connection.
Bandwidth
with a
dedicated
Internet
connection
is always
symmetrical,
so upload
and download
speeds are
the same.
Also,
dedicated
Internet
access lives
up to its
name, it
provides you
with a
dedicated
Internet
service that
will always
perform at
the
specified
maximum
bandwidth,
regardless
of other
Internet
traffic
conditions.
If you are
paying for a
1Gbps x
1Gbps speed
, you will
get that
bandwidth,
since your
connection
is not
shared. Low
latency,
packet loss,
jitter, are
all
benefits of
a dedicated
Internet
connection
and
guaranteed.
This makes
dedicated
Internet
service the
right
choice for
cloud based
applications,
SD WAN,
video, voip
services or
businesses
that need a
highly
reliable
network
connection.
Dedicated
Internet
Access is
also known
as
Dedicated
Internet
Line,
Dedicated
Internet
Connection,
Dedicated
Fiber
Internet
or
Ethernet
Dedicated
Internet.
-
Dedicated
Network –
Not Shared
-
High
Reliability
& Guaranteed
Performance
– SLA
-
Symmetrical
and Scalable
Bandwidth
Options
-
Tiered, Flat
Rate, Usage
Based
Pricing
-
Static IP’s
– IPv4 &
IPv6 Dual
Stack
-
BGP & Static
Routing
-
Managed
Network
Solutions
-
T1, DS3,
Fast
Ethernet,
Gigabit
Ethernet
Speeds
Dedicated
Internet
Applications
-
Internet
Access &
Email
-
Mission
Critical
Applications
-
Cloud,
Voice,
Video Services
-
IP VPN
Network
-
Web Server
and
Application
Hosting
DS3/T3 And T1 Bandwidth
Connection for your Business
Internet
A Business Internet
DS3 Internet connection
(sometimes referred to as a T3
or E3) is a leased private
dedicated line that goes
directly from your office to an
Internet Service Provider (ISP).
A DS3/T3 connection is
equivalent to 28 T1/DS1
connections and uses digital
signals on fiber-optic cable at
speeds of 45 million bps (bits
per second) or 44.736 megabits
per second. Generally, this type
of dedicated line is for 50-100+
users and/or high business
internet bandwidth applications.
DS3/T3 connections can also be
used for
point to point access
(direct connection between 2
business sites).
As a standard used in the North
American and Japanese
marketplaces, a DS3 Internet
line can handle 672, 64Kbps
voice conversations or one video
data channel. The DS3/T3 line
has enough width to transmit
full-motion real-time videos and
very large databases over a busy
service network. Generally, a
line would be installed as a
major networking channel for a
large corporation, research
facility, call center, or
university with high volume
network traffic. But there are
multiple smaller scale business
uses also.... particularly when
multiple locations are involved.
Bandwidths for a Fractional T3,
up to a full T3, generally run
at speeds between 6 Mbps through
45 Mbps.
A DS3 connection (or T3
connection), is great for
companies with large bandwidth
Internet service needs. It is
especially useful as the
backbone for Disaster Recovery
systems. If your company needs
computer access for 50 + users
or needs to run high bandwidth
applications like video
conferencing, you are likely in
the market for a T3/E3
connection. A DS3/T3 line is
also a viable solution for
companies looking to resell
bandwidth to their customers.
The common T1 line can handle 24
simultaneous voice calls or a
high-speed Internet connection
speed of 1.54 Mbps. This T1 is
usually the solution of choice
for small to mid-size
businesses. A DS3 line can
handle 672 simultaneous voice
calls or provide a high speed
Internet connection of 45 Mbps.
The DS3/T3 is typically used by
business Internet high end data
and voice customers as it is the
equivalent of 28 T1 lines or 672
voice lines.
Most circuits are "fractional",
meaning a portion of the
circuit. A DS3/T3 is capable of
45 megabits per second.
Fractional DS3s are usually, 8
megabit per second which is
equal to about five (5) T1s.
Today this is more than fast
enough for most all business
needs.
The DS3/T3 rates of the circuit
is always mileage based. The
farther, the distance from your
ISPs Central Office (CO)
connection the more it will
cost. On top of that there is
often a bandwidth usage rate.
Our T3 prices are very
competitive.
A DS3/T3 Internet service
connection can be deployed for a
wide variety of applications.
The most common uses are DS3/T3
point to point (tying 2
distinct business Internet
locations together), T3 internet
(data), T3 frame relay, T3
voice, and T3 VPN.
The business internet rates for
these connections varies widely
depending on the carrier,
location of service and the
application for which the
connection is being used. Using
a free DS3/T3 rate research
service such as ours will allow
you to obtain current business
providers T3 prices for your
location. We also provide T1
quotes and other high speed
internet prices.
DS and T are used to classify
digital circuits according to
the rate and format of the
signal (DS) and the equipment
(T) that is used to provide
these signals. However, when
someone refers to DS1 they are
referring to T1, as much of the
time these terms are used
synonymously.
A DS3 line provides non optical,
high-speed connectivity and
transmits data at rates up to 45
mbps. The line has approximately
672 voice grade telephone lines
and has the capability of
transmitting full motion, real
time video and large databases
across intensely used, bandwidth
hungry networks. Typical
installation of the Internet
network would include large
corporations, universities, and
networks with high volume
traffic such as call centers,
enterprise VoIP and IP PBX
systems, Internet service
providers, research labs, video
conferencing centers and
software development companies.
A DS3 is ideal for businesses
that are in search of unlimited
high-capacity network access.
The signal is composed of 28 DS1
signals and constructed using a
two-step multiplexing process to
convert into seven DS2 signals.
The 7-DS2 signals are then,
multiplexed into one DS3 signal.
Point to
Point
Service
Point to
Point
Circuit is
a private
data
connection
securely
connecting
two or more
locations
for private
data
services. A
point to
point
circuit is a
closed
network data
transport
service
which does
not traverse
the public
Internet.
The service
is
inherently
secure with
no
data
encryption
needed.
Point to
Point
connections
are
available in
a range of a
bandwidth
speeds
including
point to
point T1,
DS3, or
point to
point
Ethernet. As
bandwidth
needs
continue to
increase,
Ethernet
private
lines have
become the
preferred
transport
method for
higher speed
connectivity.
A point to
point
connection
is also a
dedicated
service that
provides
unparalleled
quality of
service
(QoS), as it
is not a
shared
network
service (a
private
line). The
network path
taken is
always the
same, and
a direct
network
route,
providing
for very low
latency and
packet loss.
This is
ideal for
applications
where
performance
is
imperative,
and service
is backed by
network
guarantees
(SLA). Point
to Point
links are
used by
businesses
to provide
reliable,
secure point
to point
data service
for
applications
including
private
cloud, data
center
connections,
file
sharing,
data backup,
VOIP, and
video. Also,
a point to
point
network can
also be
configured
to carry
voice,
video,
Internet,
and data
services
together
over the
same point
to point
connection.
Pricing for
point to
point
service is
based on
mileage, so
it can be
more
expensive
than other
data
transport
options like
EVPL, VPLS,
and MPLS
VPN,
especially
for long
distances.
For
businesses
looking for
the
security,
reliability,
and network
performance,
a point to
point link
is a good
solution. Point
to Point
Circuits are
also known
as a
Point to
Point Link,
Private Line,
Leased Line,
or
Data Line.
-
Secure
Private Data
Line
-
Service
Level
Agreement –
SLA
-
Guaranteed
Circuit
Speeds
-
Unmatched
Reliability
& Quality of
Service –
QoS
-
Integrate
Voice,
Video, Data
Services
-
Hybrid &
Private
Cloud
Connectivity
-
Networking
Remote Sites
-
Data Center
Connectivity
-
Secure File
Sharing
-
Remote Data
Backup
-
VOIP & Video
Applications
Wavelength
Service
Wavelength
Service
is
a large
dedicated
bandwidth
connection
providing
access to
high-speed
Internet or
point to
point data
delivered
over lit
fiber-optic
lines.
Wavelength
circuits are
designed to
provide
high-performance,
low latency,
secure,
dedicated
connectivity,
between two
sites. These
point to
point
layer 1
network
connections
utilize
DWDM
technology
to support
multiple
connections
over a
carriers
fiber
network.
Network
transparency
and control
is a major
benefit of
layer 1
networks,
which allows
full
customer
management
of layer 2
networking
over it.
Wavelength
solutions
are
typically
used to
upgrade or
replace
traditional
point to
point data
connections,
but at a
higher speed
with lower
cost. Speeds
available
range from
1Gbps to
100Gbps,
with various
optical
handoff
types
available.
Carrier
routing of
wavelength
circuits can
be done with
custom
network
designs, as
well as
configurations
for
protection
and
redundancy.
As with all
dedicated
data network
connections,
a wavelength
circuit
comes with a
Service
Level
Agreement
(SLA), which
guarantees
network
performance
and QoS.
Most
importantly,
reliability
and low
latency are
key features
of optical
wavelength
services,
with
priority
support
given to
customers.
However,
wavelength
pricing is
based on
distance,
which makes
circuits
more
expensive
for
connecting
very remote
sites and
global
networks.
But for
locations
that are
regional in
nature,
wavelength
pricing is
very cost
effective
versus other
data network
technologies.
Optical
wavelength
connections
are ideal
for
financial
institution
applications,
data center
interconnects,
public and
private
cloud
connectivity,
voice/video
applications,
wireless
tower and
ISP
backhauls.
Availability
of
wavelength
solutions is
dependent on
existing
fiber to the
sites or
having fiber
in the area
to build
out. In
addition,
having the
wavelength
equipment
needed in
the POP to
support it
is another
factor. A
Wavelength
Service is
also known
as a
Wave,
Wavelength
Circuit,
Optical
Wavelength
Service,
or
Point to
Point Fiber
Connection.
-
Large
Bandwidth
Connections
-
Layer 1
Network
Transparency
& Control
-
High
Reliability
& Low
Latency
-
Secure Data
Connectivity
-
Guaranteed
Performance
– SLA
-
Custom
Network
Routes
-
Protected
and
Unprotected
Options
-
1 to 100
Gigabit
Ethernet
Speeds
-
Secure WAN
Applications
-
Public &
Private
Cloud
Connections
-
Low Latency
Applications
-
Video and
Voice
-
Data Center
& Backup
-
WISP & ISP
Backhaul
|
Fiber Optic
Internet
A Fiber
Optic
Internet
service is a
large
bandwidth
connection
providing
high-speed
Internet or
data service
delivered
over fiber
optic lines.
Fiber
Internet is
used by
businesses
that are
engaged in
telecommunications,
wholesale
Internet
access, or
wholesale
ISP services
to provide
the
bandwidth
capacity
needed for
customer
applications
including
email, file
sharing, web
hosting,
data backup,
video, VOIP,
or VPN
access.
Fiber Optic
Internet
service
comes in
many speeds
ranging from
Ethernet to
DS3 to
wavelengths,
as well as
lit and dark
fiber optic
lines. Fiber
Optic
Internet is
also known
as Wholesale
Carrier
Ethernet, Wholesale
ISP, Wholesale
Internet
Access, Wavelength
Service, Fiber
Internet, Lit
Fiber
Buildings,
or Dark
Fiber.
Dedicated Internet
A Dedicated Internet connection provides high-speed symmetrical Internet bandwidth delivered over fiber optic or copper phone lines. Dedicated Internet connections are used by businesses to provide reliable, guaranteed dedicated bandwidth for applications including email, file sharing, web hosting, data backup, video, VOIP, and cloud services. A Dedicated Internet service is superior to cable, DSL, or wireless Internet because it is not a shared network connection. Service comes with a Service Level Agreement (SLA) for guarantees on speed, performance, uptime, and repair. Dedicated Internet connections are the preferred access type for most mid to large sized businesses. Speeds available range from 10Mbps Ethernet to 100Gbps Gigabit Ethernet. Dedicated Internet Access is also known as a T1 Line, Dedicated Fiber, Ethernet Internet, EoC or EoF.
Dedicated
Fiber
A Dedicated
Fiber
service is a
high-speed
ethernet
connection
with
bandwidth of
10Mbps to
100Gbps
delivered
over fiber
optic lines.
These
services are
used
primarily by
businesses
to provide
reliable,
dedicated
Internet
access as
well as
other
applications
including
email, file
sharing, web
hosting,
data backup,
VOIP, video,
VPN, or
cloud
applications.
Dedicated
Internet is
superior to
cable, DSL,
and shared
fiber
Internet
access
because it
offers
higher QoS,
symmetrical
bandwidth
speeds, and
a Service
Level
Agreement
with
guarantees
on network
performance,
uptime, and
repair.
These
connections
are
available in
SMF, MMF
interfaces
with 10Mbps
Ethernet,
100Mbps Fast
Ethernet,
1Gbps to
100Gbps
Ethernet
handoffs.
Dedicated
Fiber
Internet
access is
also known
as
Dedicated
Internet,
DIA,
Ethernet
over Fiber,
or Ethernet
Access.
Fiber
Backhaul
A Fiber
Backhaul is
a dedicated
point to
point fiber
connection
between an
access node
and the core
network or
POP.
Backhaul
Fiber is
mostly used
by
businesses
that are
engaged in
telecommunications,
wholesale
Internet
access,
wholesale
ISP or WISP
services.
This
dedicated
backhaul
fiber
connection
provides the
bandwidth
capacity
needed for
service an
area or a
specific
site. Fiber
Backhaul
connections
are commonly
used in the
wireless or
WISP space
to service
tower
locations or
antenna
sites with
fiber needed
for wireless
capacity.
Backhaul
Fiber is
also known
as a
Point to
Point
Connection,
Ethernet
Private Line,
Wholesale
Carrier
Ethernet,
Wholesale
Internet
Access, Wavelength
Service
or
Lit Fiber.
Wholesale
Internet
A Wholesale
Internet
service is a
large
bandwidth
connection
providing a
high-speed
Internet
connection
delivered
over fiber
optic lines
or in a
datacenter.
Wholesale
Internet
access is
used by
businesses
that are
engaged in
web based
applications,
media,
telecommunications,
or providing
ISP
services.
This
dedicated
connection
provides the
network
needed to
support
customer
applications
over the web
and
distributing
Internet
connectivity
to end
users.
Wholesale
Internet
providers
offer many
speeds
ranging from
Gigabit to
Terabit
Ethernet
access.
Wholesale
Internet
access is
also known
as
Wholesale
Carrier
Ethernet, Wholesale
ISP,
Wholesale
WISP,
Wholesale
Bandwidth,
or
Lit Fiber
Service.
Wholesale Telecom
Wholesale Telecom is the resale of telecommunications services utilizing carrier network connectivity. Types of services sold include various voice, data, wireless, and Internet access options. Wholesale Telecom is used by companies engaged in web based applications, media, telecommunications, or providing ISP services. Services are sold in bulk with a buy rate, lease, or white label option. Wholesale Telecom is also known as Wholesale Carrier, Wholesale ISP, Wholesale Wireless, Wholesale Bandwidth, Wholesale Voice, Dark and Lit Fiber Services.
DIA Circuit
A DIA circuit is a dedicated Internet access connection providing high-speed symmetrical Internet bandwidth delivered over fiber optic lines. DIA Internet access is used by businesses to provide reliable, guaranteed dedicated bandwidth for applications requiring QoS and high availability. A DIA network is superior to cable, DSL, or wireless Internet because it is not a shared network or best effort connection. All DIA services comes with a Service Level Agreement (SLA) for guarantees on speed, performance, uptime, and repair. Fiber DIA is the preferred access type for most mid to large sized businesses with speeds from 10Mbps Ethernet to 100Gbps Gigabit Ethernet. DIA Internet is also known as Dedicated Internet Access, Direct Internet Access, Dedicated Fiber, Ethernet Internet, Fiber DIA or EoF.
IP Transit
An IP Transit service is a type of internet connection that provides a company with access to the internet by routing internet traffic from one network to another. IP Transit services are provided by an internet service provider (ISP) and involves the provider connecting the customer’s network to the wider internet through its own network infrastructure. The customer pays the service provider for a certain amount of internet bandwidth, which the provider delivers to the customer’s network through a dedicated connection. This dedicated connection provides the customer with a direct connection to the internet, allowing the customer to transmit and receive internet traffic (transit) with other networks on the internet. These services are used by organizations that require very high-speed internet connectivity for their day-to-day operations, such as telecom providers, data centers, and ISPs. Internet transit services allow organizations to bypass the need to build their own internet connectivity infrastructure. IP Transit is also known as Internet Transit Service, Wholesale Bandwidth Service, Internet Interconnect, or Wholesale Internet Access.
Integrated T1
An Integrated T1 is a voice and data phone line consisting of 24 channels for voice, data, or internet service. Integrated T1 lines are used by businesses to provide local and long-distance voice service as well as internet or data service over integrated access. The service is available as channelized or dynamic voice and data lines with bandwidth up to 1.54Mbps (T1). This provides increased cost efficiency by delivering one integrated access line (T1) for all voice and data services. An integrated T1 line is available in a variety of configurations including integrated PRI, analog & digital trunks, multiple bundled T1’s, and Ethernet integrated access. Integrated T1 service is also known as a Dynamic T1, Flex T1, or Bundled T1 Line
Dynamic T1
A Dynamic T1 is a voice and data phone line consisting of channels for voice, data, or internet service. Dynamic T1 lines are used by businesses to provide local and long-distance voice service as well as internet or data service over integrated access. The service is available as dynamic voice and data lines with bandwidth up to 1.54Mbps (T1). This provides increased cost efficiency by delivering one integrated access line (T1) for all voice and data services. A dynamic T1 line is available in a variety of configurations including dynamic PRI, analog & digital trunks, multiple bundled T1’s, and dynamic Ethernet access. Dynamic T1 service is also known as an Integrated T1, Flex T1, Dynamic PRI T1, or Bundled T1 Line.
Flex T1
A Flex T1 is a voice and data phone line consisting of channels for voice, data, or internet service. Flex T1 lines are used by businesses to provide local and long distance voice service as well as internet or data service over integrated access. The service is available as dynamic voice and data lines with bandwidth up to 1.54Mbps (T1). This provides increased cost efficiency by delivering one integrated access line (T1) for all voice and data services. A flex T1 line is available in a variety of configurations including flex PRI, analog & digital trunks, multiple bundled T1’s, and flex Ethernet access. Flex T1 service is also known as an Integrated T1, Flex PRI T1, Dynamic T1, or Bundled T1 Line.
Bundled T1
A Bundled T1 is a voice and data phone line consisting of channels for voice, data, or internet service. Bundled T1 lines are used by businesses to provide local and long-distance voice service as well as internet or data service over integrated access. The T1 bundle is available as channelized or dynamic voice and data lines with bandwidth up to 1.54Mbps (T1). This provides increased cost efficiency by delivering one integrated access line (T1) for all voice and data services. A T1 bundle is available in a variety of configurations including dynamic PRI, analog & digital trunks, multiple bundled T1’s, and dynamic Ethernet access. Bundled T1 service is also known as an Integrated T1, Dynamic T1, or Flex T1 line.
Bonded T1
A Bonded T1 is a connection providing high-speed multiple T1 lines for Internet bandwidth between 1.544Mbps and 12Mbps. Bonded T1 lines are delivered using MLPPP T1 over fiber optic or copper phone lines. Bonded T1 service is used by businesses to provide reliable, dedicated NxT1 service for Internet access as well as other applications including email, file sharing, web hosting, data backup, video, or VPN access. A bonded T1 line is superior to cable or DSL Internet access because it offers a Service Level Agreement with guarantees on bonded T1 speed, performance, uptime, and repair. Bonded T1 service is used when higher than T1, but less than DS3 Internet bandwidth is needed. Bonded T1 service is also known as a Multiple T1 Line, MLPPP T1, NxT1 Line, or T1 Lines.
T1 Circuit
A T1 Circuit is an Internet connection providing high-speed T1 bandwidth of 1.544Mbps delivered over fiber optic or copper phone lines. T1 circuits are used by businesses to provide reliable, dedicated T1 service for Internet access as well as other applications including email, file sharing, web hosting, data backup, video, or VPN access. A T1 line is superior to cable or DSL Internet access because it offers a Service Level Agreement with guarantees on T1 speed, performance, uptime, and repair. A T1 connection can also be configured by a T1 provider to carry voice services (Integrated T1) or for service higher than T1 bandwidth (Bonded T1). T1 lines are also known as an Internet T1, Data T1, DS1 Line, T1 Circuit, Bonded T1, or T1 Leased Line.
Internet DS3 /
T3
An Internet DS3 is an Internet connection providing high-speed DS3 bandwidth of 45Mbps delivered over fiber optic or coax cables. DS3 Internet lines are used by businesses to provide reliable, dedicated DS3 connection for internet access as well as other applications including email, file sharing, web hosting, data backup, video, or VPN access. A DS3 circuit is superior to cable or DSL Internet access because it offers higher bandwidth speeds and a Service Level Agreement with guarantees on Internet DS3 / T3 service, performance, uptime, and repair. A
DS3 / T3
connection can also be configured by a DS3 provider to carry voice services since a
DS3 / T3
connection has a 28 T1 line capacity. Internet
DS3 / T3
lines are also known as a DS3 Line, T3 Line, or DS3 Circuit.
Ethernet Connection
An Ethernet Connection is high-speed ethernet bandwidth of 1Mbps to 10Gbps delivered as Ethernet over fiber, Ethernet over DS3, Ethernet over T1, or Ethernet over copper phone lines. Ethernet connections are used by businesses to provide reliable, dedicated Ethernet connection for internet access as well as other applications including email, file sharing, web hosting, data backup, video, or VPN access. Ethernet access is superior to cable or DSL Internet access because it offers higher Ethernet bandwidth speeds, lower equipment costs (Ethernet line handoff), and a Service Level Agreement with guarantees on Ethernet service, performance, uptime, and repair. An Ethernet Internet connection is available in 10Mbps Ethernet, 100Mbps Fast Ethernet, 1Gbps Gigabit Ethernet, or 10Gbps Gigabit Ethernet handoffs. Ethernet Internet access is also known as an Ethernet Circuit, Ethernet Line, or Ethernet Access.
Ethernet over Fiber
An Ethernet Over Fiber service is a connection providing high-speed ethernet bandwidth of 1Mbps to 10Gbps delivered as Ethernet over fiber optic lines. Ethernet services are used by businesses to provide reliable, dedicated Ethernet connection for internet access as well as other applications including email, file sharing, web hosting, data backup, video, or VPN access. Ethernet access is superior to cable or DSL Internet access because it offers higher Ethernet bandwidth speeds, lower equipment costs (Ethernet line handoff), and a Service Level Agreement with guarantees on Ethernet service, performance, uptime, and repair. An Ethernet Internet connection is available in 10Mbps Ethernet, 100Mbps Fast Ethernet, 1Gbps Gigabit Ethernet, or 10Gbps Gigabit Ethernet handoffs. Ethernet Internet access is also known as an Ethernet Circuit,Ethernet Line, or Ethernet Access.
EoC
An EoC service is a connection providing high-speed ethernet bandwidth of 1Mbps to 100Mbps delivered as Ethernet over Copper phone lines (EOC). Ethernet services are used by businesses to provide reliable, dedicated Ethernet connection for internet access as well as other applications including email, file sharing, web hosting, data backup, video, or VPN access. Ethernet access is superior to cable or DSL Internet access because it offers higher Ethernet bandwidth speeds, lower equipment costs (Ethernet line handoff), and a Service Level Agreement with guarantees on Ethernet service, performance, uptime, and repair. An Ethernet Internet connection is available in 10Mbps Ethernet, 100Mbps Fast Ethernet, 1Gbps Gigabit Ethernet, or 10Gbps Gigabit Ethernet handoffs. Ethernet Internet access is also known as an Ethernet Circuit, Ethernet Line, or Ethernet Access.
Ethernet
over T1
An Ethernet
Over
T1 (EoDS1)
service is a
connection
providing
high-speed
ethernet
bandwidth of
1Mbps to
100Mbps
delivered as
Ethernet
over T1
lines
(EoDS1).
Ethernet
services are
used by
businesses
to provide
reliable,
dedicated
Ethernet
connection
for internet
access as
well as
other
applications
including
email, file
sharing, web
hosting,
data backup,
video, or
VPN access.
Ethernet
access is
superior to
cable or DSL
Internet
access
because it
offers
higher
Ethernet
bandwidth
speeds,
lower
equipment
costs
(Ethernet
line
handoff),
and a
Service
Level
Agreement
with
guarantees
on Ethernet
service,
performance,
uptime, and
repair. An
Ethernet
over T1
Internet
connection
is available
in 10Mbps
Ethernet or
100Mbps Fast
Ethernet
handoffs.
Ethernet
Over T1
Internet is
also known
as Ethernet
Over Copper, Ethernet
Circuit, Ethernet
Line,
or Ethernet
Access
Choosing a Data Networking
Service
When deciding on a data
networking service there are
many different types of WAN
technologies, which can be a
bit overwhelming. Whether
you are looking for network
performance, reliability,
security, speed, price, or
application specific, the
types of data communication
networks available are
numerous. To make this
decision easier we have put
together a data networking
services guide to explain
each type of WAN technology,
it’s features, speeds,
costs, and applications that
each service is best used
for. Here are the business
data networking services
available.
Types of WAN Technologies
| |
Topology |
Speeds |
OSI |
CoS/QoS |
Network |
Technology |
Cost |
|
IPsec VPN |
Point to Point,
Multi-Point,
Mesh |
Varies |
Layer 3 |
Low |
Shared |
IP |
Low |
|
SD-WAN |
Point to Point,
Multi-Point,
Mesh |
Varies |
Layer 3-7 |
Low-High |
Shared |
SDN |
Low-Mid |
|
Metro Ethernet |
Point to Point |
10Mbps to 10Gbps |
Layer 2 |
High |
Dedicated |
SONET |
Low-Mid |
|
EPL |
Point to Point |
10Mbps to 10Gbps |
Layer 2 |
High |
Dedicated |
SONET |
High |
|
MPLS VPN |
Point to Point,
Multi-Point,
Mesh |
10Mbps to 10Gbps |
Layer 2-3 |
Low-High |
Shared |
MPLS |
Mid-High |
|
EVPL |
Point to Point,
Multi-Point |
10Mbps to 10Gbps |
Layer 2 |
Low-High |
Shared |
MPLS |
Mid-High |
|
VPLS |
Point to Point,
Multi-Point,
Mesh |
10Mbps to 10Gbps |
Layer 2 |
Low-High |
Shared |
MPLS |
Mid-High |
|
Wavelength |
Point to Point |
2.5Gbps to
100Gbps |
Layer 2 |
High |
Dedicated |
DWDM |
Low |
IPsec VPN
IPsec VPN securely connects
all of your sites on the
same private network using
Internet connectivity as the
data communications network.
This type of VPN is deployed
between a security appliance
or firewall at each
location, ensuring a secure
IPsec tunnel between sites.
The LAN sits behind these
security devices and
software isn’t required on
laptops, desktops, or
servers to enable VPN
connectivity between
locations. VPN network
topologies are available in
a hub and spoke or meshed
configuration.
The main benefits of these
types of data networking
services are cost, the
ability to use existing
Internet connectivity for
data transport, and easy
integration of remote users
with VPN software. IPsec VPN
connectivity does have its
flaws in that the quality of
service (QoS)
is not consistent due to
Internet network congestion
or poor performance. Also,
there is increased potential
for network downtime if only
using one Internet
connection with no failover
connectivity. IPsec VPN
networks are a good choice
for businesses with limited
IT budgets, many remote
users, or basic applications
and uptime requirements.
Software Defined WAN –
SD-WAN
Software-Defined WAN
(SD-WAN) is an emerging type
of WAN technology.
Software-Defined Networking
(SDN)
is used to automatically
determine the best routes to
and from locations over
Internet connections and
private data networks.
SD-WAN creates tunnels that
are transport-agnostic, so
you can use Internet
connections like DSL, cable,
wireless, shared fiber, or
dedicated connectivity.
Businesses can also keep
existing private data
network services (MPLS, EPL,
EVPL, VPLS, etc) in addition
to regular Internet
connectivity. This helps to
improve SD-WAN network
performance and reliability.
SD-WAN uses multiple tunnels
to increase and optimize WAN
bandwidth between different
types of WAN technologies, a
big advantage over
traditional IPsec VPNs. This
ensures applications have
the highest QoS, increased
WAN speeds, as well as
additional network
redundancy and failover.
SD-WAN centralizes network
control and traffic
management over these links
through a centralized
controller or orchestrator.
VPN security is layered on
top, while SDN software
enables IT staff to remotely
manage network edge devices
and applications more
easily. SD-WAN is a good
option for businesses of all
sizes and needs. Enabling
data networking over
low-cost Internet
connectivity, as well as
more expensive dedicated WAN
links, is a big plus.
Increased reliability,
performance, network agility
are all
key features of SD-WAN
service, along with a
competitive price point.
Metro Ethernet
Metro Ethernet is a
point-to-point Ethernet data
networking service
connecting locations within
a metropolitan area (MAN).
Ethernet over Synchronous
Optical Network (SONET)
technology is used for
secure point to point WAN
connectivity. Circuit speeds
typically range from 10 Mbps
to 10 Gbps, with 100Gbps
available in some
metropolitan areas.
Provider networks are Layer
2, so you have control over
addressing and routing.
Metro Ethernet service is
ideal for businesses with
two or more locations in a
metro area that need high
bandwidth connectivity with
QoS requirements. In most
cases,
average costs for Metro
Ethernet service tend to
be low due to minimal
distances and limited
network infrastructure used
to provide service.
Ethernet Private Line – EPL
Ethernet Private Line
service (EPL) provides
dedicated point-to-point
Ethernet network
connectivity between two
or more locations. Like
Metro Ethernet, Ethernet
over Synchronous Optical
Network (SONET) is the type
of WAN technology used. EPL
circuits provide a
reliable data networking
service for customers with
high bandwidth and low
latency needs. A key
component of EPL service is
network resiliency and
performance through SONET
protection (network
reroute). Making this data
networking service for the
most mission-critical
applications.
Being a Layer 2 network,
addressing and routing is
customer controlled.
Ethernet Private Line is
available from 10 Mbps to
10Gbps, with 100Gbps
available in some locations.
EPL is one of the more
expensive types of WAN
technologies due to
distance-sensitive pricing
and dedicated network
infrastructure used.
MPLS VPN
MPLS VPN is a virtual
private network built on top
of a provider’s
Multiprotocol Label
Switching Network to
provide Layer 2 or Layer 3
VPN data networking
services. Multiprotocol and
tagging capabilities of MPLS
connect remote sites into a
common type of data
communication network. the
configurations available
include site to site,
multipoint, and meshed
networks. Customer data is
partitioned from each other,
keeping it private across
the provider’s
infrastructure. Data
partitioning is created
using MPLS tags rather than
encryption.
MPLS is different from other
VPN data networking services
due to the fact that you can
prioritize traffic types
over the MPLS providers
network. This allows control
over application performance
(low to high QoS). MPLS
circuit speeds typically
range from 10 Mbps to
10Gbps, with costs similar
to dedicated Internet
connectivity. MPLS networks
are the current industry
standard for a
private data networking
service, due to its
superior performance,
reliability, flexibility,
and competitive pricing.
Ethernet Virtual Private
Line – EVPL
Ethernet Virtual Private
Line (EVPL) or E-Line
provides
point-to-multipoint
connectivity over a
provider’s MPLS network.
EVPL uses Ethernet Virtual
Connections (EVCs)
to connect multiple
locations together, as well
as multiple services on a
single User-to-Network
Interface (UNI)
at the host or hub site.
EVPL is a Layer 2 data
networking service utilizing
MPLS tags and supporting
multiple classes of service
(CoS) for low to high QoS
applications. Ethernet
Virtual Private Lines are
available from 10 Mbps to 10
Gbps. EVPL is ideal for
customers looking for a
reliable type of data
communications network for
a hub site to multiple
remote locations. Due to
shared network
infrastructure and limited
distance costs, EVPL pricing
is not as expensive as EPL.
Virtual Private LAN Service
– VPLS
Virtual Private LAN Services
(VPLS) or E-LAN is a data
network service for multiple
sites in a single bridged
domain over a provider
managed MPLS network. All
sites on a VPLS network will
appear to be on the same
LAN, regardless of the
location. Like EVPL, it is a
Layer 2 type of data
communications network that
utilizes MPLS tags. VPLS
also supports multiple
classes of service (CoS) for
low to high QoS application
needs. Multiple types of WAN
technologies ( MPLS VPN,
Internet, EVPL) are
supported on a single port
and circuit.
Routing and management of
the VPLS network can be done
by the customer or provider.
VPLS networks offer the
ability of a meshed network
config (any to any), so
all sites can communicate
with each other, increasing
network continuity. VPLS is
ideal for customers looking
for reliable connectivity
for a hub site to many
remote locations. VPLS
speeds are usually 10Mbps to
10Gbps with pricing
comparable to EVPL and MPLS
data networking services.
Wavelengths
Wavelength Service is an
optical data networking
solution for customers
requiring very large
dedicated point-to-point
data connections. This is
ideal for business
continuity, data center
replication, backup
solutions, streaming media,
or very large data
transfers. Applications that
require low latency and
high-speed connectivity are
ideal for this type of WAN
technology.
Speeds typically available
are 2.5Gbps, 10Gbps, 40Gbps,
100Gbps delivered as an
optical handoff. Wavelength
service is provisioned over
a Dense Wave Division
Multiplexing (DWDM)
network, providing full
Layer 2 transparency and
management. Unprotected and
protected network reroute is
available to ensure the
resiliency of data network
connectivity. Wavelength
service has the
lowest per Gbps cost of
all data networking
services, but an overall
higher price point due to
large bandwidth sizes. This
type of WAN technology is
typically a wholesale
application used by ISP’s,
telecoms, data centers,
media, and big tech.
|
Optical Carrier transmission
rates are a standardized set
of specifications of
transmission bandwidth for
digital signals that can be
carried on
Synchronous Optical Networking
(SONET)
fiber
optic
networks.[1]
Transmission rates are defined
by rate of the
bitstream
of the digital signal and are
designated by hyphenation of the
acronym OC and an integer
value of the multiple of the
basic unit of rate, e.g., OC-48.
The base unit is 51.84 Mbit/s.[2]
Thus, the speed of
optical-carrier-classified lines
labeled as OC-n is n
× 51.84 Mbit/s.
OC-1
OC-1 is a SONET line
with transmission speeds of up
to 51.84 Mbit/s
OC-3
OC-3 is a network line
with transmission data rate of
up to 155.52 Mbit/s
OC-3c / STM-1
OC-3c
(c stands for
"concatenated") concatenates
three STS-1 (OC-1) frames into a
single OC-3 look alike stream.
The three STS-1 (OC-1) streams
interleave with each other so
that the first column is from
the first stream, the second
column is from the second
stream, and the third is from
the third stream. Concatenated
STS (OC) frames carry only one
column of path overhead because
they cannot be divided into
finer granularity signals.
Hence, OC-3c can transmit more
payload to accommodate a CEPT-4
139.264 Mbit/s signal. The
payload rate is 149.76 Mbit/s
and overhead is 5.76 Mbit/s.
OC-12 / STM-4
OC-12
is a network line with
transmission speeds of up to
622.08 Mbit/s (payload:
601.344 Mbit/s; overhead:
20.736 Mbit/s).
OC-12 lines are commonly used
by
ISPs
as
wide area
network (WAN)
connections. While a large ISP
would not use an OC-12 as a
backbone (main link), it would
for smaller, regional or local
connections. This connection
speed is also often used by
mid-sized (below
Tier 2)
internet customers, such as
web
hosting companies or
smaller ISPs buying service from
larger ones.
OC-24
OC-24
is a network line with
transmission speeds of up to
1244.16 Mbit/s
(payload: 1202.208 Mbit/s
(1.202208 Gbit/s);
overhead: 41.472 Mbit/s).
Implementations of OC-24 in
commercial deployments are rare.
OC-48 / STM-16 / 2.5G SONET
OC-48
is a network line with
transmission speeds of up to
2488.32 Mbit/s
(payload: 2405.376 Mbit/s
(2.405376 Gbit/s); overhead:
82.944 Mbit/s).
With relatively low interface
prices, with being faster than
OC-3 and OC-12 connections, and
even surpassing
gigabit Ethernet, OC-48
connections are used[when?]
as the backbones of many
regional ISPs. Interconnections
between large ISPs for purposes
of
peering or
transit are quite common. As
of 2005, the only connections in
widespread use that surpass
OC-48 speeds are OC-192 and
10 Gigabit Ethernet.
OC-48 is also used as a
transmission speed for
tributaries from OC-192 nodes in
order to optimize card slot
utilization where lower speed
deployments are used. Slower
cards that drop to OC-12, OC-3
or STS-1 speeds are more
commonly found on OC-48
terminals, where use of these
cards on an OC-192 terminal
would not allow for full use of
the available bandwidth due to
the number of cards that would
be required.
OC-192 / STM-64 / 10G SONET
OC-192 is a
network line with transmission
speeds of up to 9953.28 Mbit/s
(payload: 9510.912 Mbit/s
(9.510912 Gbit/s); overhead:
442.368 Mbit/s).
A standardized variant of 10
Gigabit Ethernet (10GbE),
called
WAN PHY, is designed to
inter-operate with OC-192
transport equipment while the
common version of
10GbE
is called
LAN PHY (which is not
compatible with OC-192 transport
equipment in its native form).
The naming is somewhat
misleading, because both
variants can be used on a wide
area network.
OC-768 / STM-256 / 40G SONET
OC-768 is a
network line with transmission
speeds of up to 39,813.12 Mbit/s
(payload: 38,486.016 Mbit/s
(38.486016 Gbit/s); overhead:
1,327.104 Mbit/s
(1.327104 Gbit/s)).[3][4]
On October 23, 2008, AT&T
announced the completion of
upgrades to OC-768 on 80,000
fiber-optic wavelength miles of
their
IP/MPLS
backbone network.[5]
OC-768 SONET interfaces have
been available with short-reach
optical interfaces from
Cisco
since 2006. Infinera
made a field trial demonstration
data transmission on a live
production network involving the
service transmission of a
40 Gbit/s OC-768/STM-256 service
over a 1,969 km terrestrial
network spanning Europe and the
U.S. In November 2008, an OC-768
connection was successfully
brought up on the
TAT-14/SeaGirt transatlantic
cable,[6]
the longest hop being 7,500 km.
|
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