Advantages of Ethernet over Copper
Ethernet over Copper (EoC) is a type of Ethernet in the initial mile line that utilizes twisted copper telephone cable pairs that are typically already located at many service locations. As a result, it is normally quicker to provide EoC than to construct brand-new fiber circuits in older service areas.
Ethernet over Copper is a mature and also reputable innovation providing the same functions as typical T1 lines: dedicated, symmetrical, and full duplex. Its main benefit is that Ethernet over Copper is delivered over copper pairs of DS0 so EoC does not require expensive fiber build outs. Another excellent benefit over conventional T1 lines is that an Ethernet circuit is a lot easier to upgrade. With the standard bonded T1, an upgrade in circuit speeds could take months because the regional phone company has to install additional circuits. With an Ethernet circuit, the port speed can usually be increased as merely a configuration change at the central office. Ethernet over Copper runs over a number of pairs of copper so if one pair goes down, the data transfer readily available does drop but you don't loose the whole circuit as you would with a T1 line. Ethernet over Copper costs is much lower than that of bonded T1 circuits of the same speed. EoC circuits have a Service Level Agreement (SLA) much like T1 lines generally with the exact identical guarantees.
We help you with WI T-1 Line. This page is a short list of the products specifically offered by T1Market in Oshkosh.
As we go forward, our goal is to regularly improve our product offerings. We now offer enterprise items usually utilized by larger corporations, namely: fiber ethernet, MPLS network service, OC3, and cloud computing bandwidth delivered over a fiber optic backbone. Many of our carriers even supply free managed Cisco routers for multi-year agreements. Primarily, our goal is to build a bond with you - our client - that will definitely last for years to come. Earning your trust is what we do here. Conserving you cash on inexpensive bandwidth services is precisely how we keep it.