T1 line service providers refer to organizations that provide fiber phone lines. These lines can carry more data than normal phone lines can. This revolutionary technology was invented by AT&T Laboratories. They have managed to complement the twisted pair cables that have been around for many years.

Twisted pair cables typically use analog signals for transmission. However, this is being superseded by new technology that can also transmit digital signals. Fiber optic cables are usually made of fiberglass. This medium is not yet common as most people still use twisted pair cable.

A normal cable can normally transmit data at a rate of thirty thousand bits per second. Typically, you use a dial-up modem. On the other hand, a T1 line can transmit up to 1,544 megabits per second. In fact, since it has the capacity to handle large volumes of data, it is possible to use the T1 line to transmit more than twenty digitized channels. This feature is what makes it the most suitable solution for a telephone service in a building.

Another typical application is the transmission of sound data over a network. T1 lines can facilitate faster data transmission, up to sixty times faster than the normal speed that twisted pair cabling can achieve. If you have a business that requires more than eight phone lines, it will be more economical for you to purchase these lines. Since you’ll only need one line to your office, you’ll reduce telecom-related expenses and also benefit from improved speeds.

The exact cost of the dedicated line depends on a variety of factors. The biggest influence is the distance between your office and the telecommunications company. Although the prices were initially very high when the technology was first introduced to the market, now the costs have been reduced considerably. It is due to the increasing demand along with the improvement of the infrastructure.

There are different types of fibers that can be used in telephony. For example, there are T3 lines that offer even higher speed. They can reach speeds of up to 44.7 megabits per second. This impressive speed can be used to manage entire call centers that have a good number of supported phones without downtime. There is also less chance of electromagnetic interference and attenuation.