T1 PRI

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T1 PRI  
 Real-time Georgia T1 PRI Rate Quotes are Here!
T1 PRI (Primary Rate Interface) is an ISDN connection designed to be provided over T1 lines. In the United States, a PRI line consists of 24 (64 kbps each) DS0 channels. T1 PRI lines are commonly configured so that 23 channels serve as B (Bearer) channels and one as a D (delta) channel. (For more about T1 PRI please click here)

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T1 PRI service providers:

ACCAT&T

AirespringBroadskyCavalier

CovadLevel3Megapath

NewedgeNetwork InnovationsNuvox

One CommunicationsPaetecPNG

QwestTelepacificTelnes

Time Warner TelecomUCNXO

Georgia T1 PRI Search


Coverage Area

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.

We have T1 PRI in the following Georgia Counties :

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Each B channel carries data, voice, and other services. The D channel carries control and signaling information for the B channels. B channels can be used as independent channels to simultaneously provide a variety of services such as data, voice, or imaging. They also have the flexibility to be bonded, as needed, to provide higher bandwidth for special needs such as video conferencing. A significant difference between T1 PRI and traditional integrated T1 is that integrated T1 requires a portion of each channel to be allocated for signaling functions. This results in a reduction in effectiveness, efficiency, potential and bandwidth for most functions of each channel of traditional T1. With T1 PRI, all signaling functions are provided by the 24th channel. This leaves each of the other 23 channels with a full 64 kbps which can be fully dedicated to bearer functions. One D channel can provide signaling functions for several other PRI lines. It is not uncommon for two D channels (one as primary, one for backup) to provide the signaling functions for a span of as many as 20 T1 PRI lines. This frees the 24th channel of each of the other PRI lines so that they can be used as additional bearer channels. Because PRI lines serve as a direct connection to the telephone company’s central office, PRI is often the preferred choice of PBX customers. T1 PRI provides many advantages over traditional T1. These include: dynamic channel allocation, call by call service selection, more PBX users can be supported, caller ID, messaging, and video conferencing. Because of increased efficiency provided by PRI, companies which switch to PRI from traditional T1 often find that they not only receive a much greater variety of services but often do not need to pay for as many trunks as they needed prior to the change. (Click here to return to top of page)

For details on any T1 related service, click on the service listed below.

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T1 Frame Relay | T1 Information | T1 Integrated | T1 Los Angeles | T1 MPLS | T1 New York | T1 PRI
T1 Providers | T1 Voice | T1 VOIP | Telecommunication US | T3 DS3 | T3 Cost | T3 PRI | T3 Quotes | T3 Rates
Virtual Private Networks | Videoconferencing T1 | Voice T3 | SIP T1 | Class of Service | Bonded T1 MPLS
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 Bonded T1 or DS3?

Written by: Dennis Green - Dec 3, 2008


Bonded T1 consists of two or more T1 circuits, combined together to provide more bandwidth than a single T1 (1.54 megabits per second (MBPS)), but less than T3 (DS3). DS3 transfers data at 45 MBPS and provides a bandwidth that is the equivalent of 28 T1s. Bonded T1 provides many advantages over T3, if a customer happens to need 12 MBPS or less. When compared to DS3, bonded T1 costs far less. Bonded T1 can often be installed for free, and because it is provided over telephone lines, it is available virtually anywhere in the U.S. By contrast, T3 cannot be efficiently delivered through phone lines. For this reason, to reach most locations, to accommodate the delivery of a DS3 circuit, special lines or fiber must be installed. The common term for this is build-out. Build-out cost is extremely important to be aware of when considering DS3. Build-out is routinely not itemized or discussed by providers as DS3 quotes are being prepared. The major reason for this is that build-out costs cannot be accurately determined without an extensive survey of facilities. The cost of this survey prohibits providers from doing them routinely, without the commitment of a signed application from the customer. Depending on location of the customer, build-out costs can be in the tens of thousands of dollars, and at times more than $100,000. Again, because T1 and bonded T1 can be delivered over phone lines, there is almost never a build-out cost involved with installation. Another major advantage of bonded T1 over DS3, is that for lower bandwidths, the cost per megabit of bandwidth is considerably lower than for DS3. To provide lower bandwidths with DS3, the only option is fractional DS3. To provide fractional T3 (DS3), the same facilities must be used as would be needed for full DS3. Because the same physical facilities are needed, the cost per megabit of fractional DS3 is not proportional to the cost of full DS3. As an example, 5 MBPS of fractional DS3 can cost about $3000 per month. To obtain 6 MBPS of bonded T1, for most locations, would cost about $1800 per month. Another major advantage for bonded T1 is that when compared to DS3, or Fractional DS3, the cost of a managed router is extremely reasonable. For bonded T1, a managed router is often provided at zero installation cost. The installation cost for a managed router for fractional or full DS3 is about $5,000. The major limitation of bonded T1 is that only eight T1 circuits can be bonded. This means that the maximum amount of bandwidth that can be provided by bonded T1 is 12 MBPS. If more than 12 MBPS is needed, DS3 is commonly the best choice. Traditionally, bonded T1 was provided as individual circuits through the use of load balancing. Now, with the recent advent of MLPPP technology, bonded bandwidth can be utilized as one large pipe. This becomes extremely important when convergence is needed. For example, if one 12 MBPS circuit is going to be used for several applications, such as VOIP, Video Conferencing, routine data file transfer, etc, then class of service is needed to insure application prioritization. MLPPP facilitates successful class of service over bonded T1. To obtain real-time pricing for bonded T1 or DS3, please use the pricing tool at the top of this page, or on our home page. It’s free, easy to use, and there is no obligation. (Click here to return to top of page)