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An Ethernet over T1 allows a relatively large group of users to transmit information over a LAN or local area network. T1 lines accord to users to transmit data over long distances. They also have a large bandwidth that can support hundreds of users. This type of technology is ideally suited for small to mid-size corporations. Broadband technology is another term used for this type of data transmission. The larger the number of users and amount of data transference the bigger the bandwidth required.
As LANs, or local area networks go, an Ethernet is among the more common forms. The computer port for an Ethernet cable is similar to a phone jack but slightly wider. There are also wireless forms of Ethernets available which are commonly termed Wi-Fi. In most typical homes, Ethernet connections are used to connect to the Internet via ISPs or Internet Service Providers.
The speed of data transmissions on Ethernet ports can vary from ten megabits per second to ten gigabits per second. However, this is only relevant as it depends on the speed with which the data is being received. The Ethernet network design is that of a star or hub and spoke. This would be in contrast to a token ring network which is circular in design. In an Ethernet, a central hub or switch controls data flow.
As the Ethernet represents the network the T1 is the system or line that transfers data over distances. A T1 uses digital transmission to send data over long distances without degradation. The speed at which data is transmitted over T1s is about 1.54 mega bits per second. Another term for a T1 line is the DS1. Taking a step back, a DS-0 can transmit data packets at 64 kbps or kilo bytes per second. A DS1 comprises twenty four DS-0 lines.
Another characteristic of a T1 line or any T line for that matter is that it can carry multiple digital signals. This is in sharp contrast to a telephone line which can handle only a single signal. A T1 is not without limitations. Industry experts have calculated that T1 lines have a maximum output of fifteen gigabytes of information per day. Depending on the group's needs, one can calculate the feasibility of a T1 using the the number of users and the average daily data requirements.
Internet service providers or ISPs, such as one's cable company, are common users of T1 technology. The Internet itself, however, is on a T3 line. A T3 data line is the equivalent of twenty eight T1 lines. Note that a converter is required for data to be sent from an Ethernet over T1.
In summation, the Ethernet over T1 approach is an expeditious and reliable method of transmitting data for a large group of users. As stated earlier, however, this is not without its own limitations. Depending on the number of users and their data requirements, a T1 connection can be ideal for most small to mid-size corporations. Higher bandwidths can be more relevant depending on the size of the user group and the data load demand. However, bigger bandwidth and faster speeds are not without cost.
November 25, 2015, 6:19:15 pm, America/Chicago