Benefits of Ethernet over Copper
Ethernet over Copper (EoC) is a type of Ethernet in the initial mile connection that uses twisted copper telephone cable pairs that are typically already in place in many service locations. It is usually quicker to provide EoC than to build out brand-new fiber circuits in older service areas.
Ethernet over Copper is a trustworthy and also mature technology supplying the same features as traditional T1 lines: dedicated, symmetrical, and full duplex. Its major advantage is that Ethernet over Copper is delivered over copper pairs of DS0 so EoC does not require pricey fiber build outs. Another terrific advantage over traditional T1 lines is the fact that an Ethernet circuit is much easier to upgrade. With the conventional bonded T1, an upgrade in circuit speeds can take months since the local communications provider has to install extra loops. With an Ethernet circuit, the port speed can commonly be boosted as just a setup adjustment at the central office. Additionally, Ethernet over Copper runs over several pairs of copper so if one pair goes down, the transmission capacity available does drop yet you don't loose the whole circuit as you would with a T1 line. Ethernet over Copper prices is much lower than that of bonded T1 circuits of the same speed. EoC circuits have a Service Level Agreement (SLA) just like T1 lines generally with the exact same guarantees.
We broker King George T1 Pricing. This page is a short list of the products specifically offered by T1Market in King George.
Going forward, our goal is to continually improve our product offerings. We now supply enterprise items normally used by larger companies, specifically: MPLS network service, gigabit ethernet, OC3, and cloud computing bandwidth delivered over a fiber optic backbone. Several of our carriers even offer free managed Cisco routers for multi-year contracts. Mainly, our goal is to develop a bond with you - our client - that will last for years to come. Acquiring your trust is what we do here. Conserving you money on inexpensive Ethernet services is precisely how we keep it.