Ethernet Availability
Locate major carriers offering Fast or Scalable Gigabit Ethernet in your area
Ethernet cost comparison to T1
| Service |
Speed (mbps) |
Average
Price |
Price
per Meg |
| DS1 |
1.54 |
$450 |
$292.20 |
| Bonded T1 |
3 |
$900 |
$300.00 |
| DS3 |
45 |
$5,000 |
$111.11 |
| Fast Ethernet |
100 |
$2,000 |
$20.00 |
| Gigabit Ethernet |
1000 |
$12,000 |
$12.00 |
|
|
| "Over time, Ethernet will overwhelm SONET in the MAN/WAN market. Ethernet is cheaper, has better economies of scale and allows for
simpler, more unified networks. Ethernet is at the gates, and it's coming in."
Greg Collins - July 2007
Business Communications Review Magazine
"The market for managed metro Ethernet services is expected to grow by 30 per cent a year until 2010, when it will top $25 billion worldwide."
Infonetics Research - July 2007
|
Gigabit Ethernet is the future of networking
Ethernet quite simply is, plugging your network directly into a telecom provider's network. When you bypass the local phone company you cut out an expensive
transport step. Having direct access to customers is a carrier's goal as it allows them to control the user's experience from end to end while reducing cost. These
savings are passed on to you.
The growing number of complex, mission-critical applications of today need more and more bandwidth than that offered by existing network configurations. The typical
10 Mbps Ethernet LAN becomes inadequate because it cannot maintain acceptable performance for the Client/Server environment. As audio and streaming video becomes
increasingly important, the networked world needed to find a faster technology to accommodate bandwidth demands. Even though Fast Ethernet, which runs at at 100 Mbps,
arrived at the networking arena in the mid 1990's, the existence of Fiber Optics or FDDI (100 Mbps) running at the carriers backbone level. Thus, the evolution of
Gigabit Ethernet took place, providing a technology solution to the increasing bandwidth problem.
The reason why Ethernet is chosen over the other technologies is due to its many benefits:
- Price Reduction
- Scalability
- Interoperability
- Ease of Use
- Monitoring Capabilities
- Reliability
- Established Standards
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Ethernet Broadband States
Ethernet Alabama , Ethernet Arizona , Ethernet Arkansas , Ethernet California
, Ethernet Colorado , Ethernet Connecticut , Ethernet Delaware , Ethernet Florida
, Ethernet Georgia , Ethernet Hawaii , Ethernet Idaho , Ethernet Illinois , Ethernet
Indiana , Ethernet Iowa , Ethernet Kansas , Ethernet Kentucky , Ethernet
Louisiana , Ethernet Maine , Ethernet Maryland , Ethernet Massachusetts , Ethernet
Michigan , Ethernet Minnesota , Ethernet Mississippi , Ethernet Missouri , Ethernet
Montana , Ethernet Nebraska , Ethernet Nevada , Ethernet New Hampshire , Ethernet
New Jersey , Ethernet New Mexico , Ethernet New York , Ethernet North Carolina , Ethernet
North Dakota , Ethernet Ohio , Ethernet Oklahoma , Ethernet Oregon , Ethernet
Pennsylvania , Ethernet Rhode Island , Ethernet South Carolina , Ethernet South Dakota , Ethernet
Tennessee , Ethernet Texas , Ethernet Utah , Ethernet Vermont , Ethernet
Virginia , Ethernet Washington , Ethernet Washington DC , Ethernet West Virginia , Ethernet
Wisconsin , Ethernet Wyoming
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