EasyStreet Online Services
9705 SW Sunshine Ct
Beaverton, OR 97005
(503) 646-8400
(877) 567-3279
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Tech Support
(503) 906-7400
(800) 207-0740
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EasyStreet Ethernet Means More Connection Options
EasyStreet's Ethernet Metropolitan Area Network (MAN) offers speeds from 10 Mbps to 1 Gbps, with many speed/price points to choose from. You can modify your bandwidth with a simple phone call and incur no downtime. Ethernet MAN scalability and flexibility help you grow on-demand so you can anticipate growth while paying only for what you need today.
EasyStreet partners with more Ethernet providers than any other MSP in the Portland metro area to give you the most options for a customized network.
EasyStreet Ethernet offers:
- A footprint larger than a LAN but more focused than a WAN—while borrowing the best features of both.
- A carrier-grade version of Ethernet technology, ideal for high-bandwidth regional connectivity.
- A cost-effective alternative to frame relay for speeds above T1.
Instead of multiple underutilized dedicated circuits, it can connect two or more locations plus serve double-duty as an Internet connection.
Using your technical and geographic requirements, EasyStreet can recommend an appropriate connection from one or more of our network partners, including Qwest/OnFiber, Verizon and Integra Telecom.
Find out more about Ethernet availability
EasyStreet is also a PoP for the Northwest Access Exchange (NWAX), making our Ethernet MAN even more versatile and affordable.
End-to-end Ethernet
EasyStreet's end-to-end Ethernet network means lowered costs and greatly reduced points of possible failure. That's because the traditional telco network is a hodge-podge of technologies, with SONET and ATM interspersed amidst spans of Ethernet.
With end-to-end Ethernet you can easily add bandwidth in small increments to achieve the speed and price-point choices you're comfortable with, avoiding the pain of huge price leaps and under-utilized circuits.
Plus you get the connectivity flexibility you want with point-to-point networks linking two critical locations, or private or shared-bandwidth networks linking multiple facilities.
