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Dedicated T1

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A dedicated T1 line is a high speed 1.54 Mbps circuit which is comprised of 24 individual DS-O circuits. Each DS-O circuit has a speed of 64 Kbps. For perspective, your home telephone line is likely a DS-O line. Dedicated T1 lines are also interchangeably referred to as T1 or DS1. (For more about dedicated T1 please click here)

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Unlike DSL and other broadband technologies that are limited to only densely populated areas, T1 service is available just about anywhere with a phone line. T1, also known as DS1, uses repeaters to boost up the signal strength of the transmission - allowing it to travel up to 50 miles away from the nearest Central Office location.

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Dedicated T1 Definition Continued.

A dedicated T1 line is a high speed 1.54 Mbps circuit which is comprised of 24 individual DS-O circuits. Each DS-O circuit has a speed of 64 Kbps. For perspective, your home telephone line is likely a DS-O line. Dedicated T1 lines are also interchangeably referred to as T1 or DS1. Dedicated T1 is carried through two twisted pairs of copper wires. Virtually, all residences and businesses currently have two pairs of copper wires running to them. T1 lines are capable of delivering 1.54 Mbps simultaneously in both directions, one direction for each pair of copper lines. Because dedicated T1 service is repeater driven (signal is digitally reestablished about every 6000 feet), it is available several miles from telephone central offices. For this reason, T1 service can be available to virtually all businesses in the US. T1 lines are dedicated, in that they are not shared like DSL, always connected, and are also extremely stable. Most reputable providers include service level agreements which guarantee the reliability of the T1 circuits they offer. There are several types of T1 line. These include: full (1.54 Mbps), fractional (commonly 128 Kbps to 756 Kbps), burstable (less expensive for companies which normally do not need a full T1, but at times due to peak work loads, need a burst to full T1 bandwidth), integrated (one T1 line comprised of any combination the types of T1 listed here), channelized DS1 (a type of integrated T1), point-to-point (a direct private circuit between to locations), data (internet), local voice (telephone), long distance (for lower long distance phone rates), pri (voice service which a myriad of added features), and frame relay (T1 bandwidth from a shared network). Each of these types of T1 has advantages over the others, depending on the specific needs of your company. Also, the availability of each is based on the offerings of each T1 provider and the geographic location. To check T1 prices for your business, please use the pricing tool at the top of this page. This will allow you to compare the offerings of the top 20 telecom providers in the country. It’s free, simple to use, provides results in real-time and there is no obligation. (Click here to return to top of page)

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Is MPLS Causing Frame Relay to be Obsolete?

Written by: Dennis Green - Jan 9, 2009

MPLS (multiprotocol label switching), is only one of many factors that are resulting in a diminishment of demand for frame relay. Other factors include the lower cost of clear channel T1, increased demand for; VOIP (Voice over Internet Protocol), video conferencing, class of service (CoS), and a tendency toward converged services on one large pipe. At one time, and for many years, frame relay was considered the state-of-the-art broadband technology. This time has now passed. Many substantial businesses continue to rely on frame for their bandwidth and networking needs, but in most cases, this has more to do with procrastination and a lack of understanding about just how easy, and cost effective it would be to switch to a fully managed, any-to-any location network based on MPLS technology. In the not to distant future, virtually all companies will switch from frame, to MPLS based networks. To make this change now is virtually free. Installation is commonly free, the routers, and configuration of routers is often free, the cost of MPLS bandwidth is usually far lower than bandwidth provided with frame relay, and the speed of bandwidth provided with MPLS is often far higher than the much smaller circuits utilized with frame for the same cost. MPLS networks are often completely managed by telecom providers, thus lowering customer costs for networking staff and reducing the workload of often overworked IT personnel. MPLS has far more abilities than frame. For example, with MPLS, many applications can be provided over one circuit simultaneously. This eliminates the need for individual circuits for each application. With MPLS, the need for a multitude of permanent virtual circuits (PVCs) needed to connect various network locations is eliminated. MPLS based networks provide any-to-any network location connectivity without the need for a myriad of PVCs required with frame. MPLS easily facilitates routine data transfer, VOIP, and video conferencing simultaneously with application prioritization. This prioritization, accomplished with CoS, prevents routine data transfer from interfering with higher priority applications such as VoIP and video conferencing utilizing the same circuit.