Access your Pro+ Content below.
What is Ethernet-dedicated Internet?
This article is part of the Network Evolution issue of June 2013 / Vol. 4/ No. 3
Ethernet-dedicated Internet Access is a continuous, high-bandwidth method for enterprises to connect their local area networks (LANs) with the public Internet and streamline the performance of their wide area network (WAN). Ethernet-dedicated Internet Access (Ethernet DIA) is also called dedicated Ethernet, dedicated Internet, business Ethernet or enterprise Ethernet. No matter what you choose to call it, Ethernet DIA is an alternative to legacy technologies—such as T1 lines, frame relay and ATM—that typically rely on bonding multiple T1 lines or fractional T3 lines. These legacy WAN links cannot handle escalating bandwidth requirements for cloud computing, business continuity, business process automation, software-as-a-service (SaaS) and other applications. Traditionally, enterprises relied on T1 access to the Internet. But as bandwidth requirements began doubling every year, many enterprises outgrew T1 and there was no logical way to grow or expand this type of Internet access. A relatively new alternative, Ethernet DIA is ...
Access this PRO+ Content for Free!
By submitting your email address, you agree to receive emails regarding relevant topic offers from TechTarget and its partners. You can withdraw your consent at any time. Contact TechTarget at 275 Grove Street, Newton, MA.
Features in this issue
IT teams are setting WAN optimization policy that takes into account user, location and application type.
Ethernet-dedicated Internet is a continuous, high-bandwidth way for enterprises to connect their LANs to the public Internet and to streamline the performance of their WAN.
Network hardware providers and third-party vendors have very different WAN security offerings. How do you choose?
Columns in this issue
In the new WAN, we’ll see the rise of WAN virtualization, user-aware optimization and a move toward hosted WAN services.
SDN could make the WAN flexible enough for dynamic network virtualization, but first engineers must address a myriad of challenges.