A digital carrier facility consisting of 28 T1 lines in one at an aggregate speed of 44.746 Mbps. See DS-3.

High speed connection with a transmission rate of about 28 T-1's or 45 Megabytes per second. Time-Division Multiplexing: In this type of multiplexing numerous signals are combined on a single communications line or channel. Each signal is broken up into many segments, each having very short length.

A transmission speed of 45 mbps (45 million bits per second).

A leased-line connection capable of carrying data at 44,736,000 bps. This is more than enough for full-screen, full-motion video. See also ADN, leased line, T-1.

High speed, high bandwidth leased line connection to the Internet. A T-3 line can (theoretically!) deliver information at 44.736 Mbps (the equivalent of 28 T-1 lines).

A leased line with a bandwidth of 44,736,000 bits-per-second (about 44 Megabits/s). See also bandwidth, bit, byte, ethernet, T-1.

a very high-speed (45 megabits/second or higher) Internet connection.

A connection with a speed of 44,736,000 bits per second. This speed is more than enough for full-motion video.

Network link allowing speeds up to 45Mbps

A circuit providing 44.7-Mbps bandwidth in the United States and Canada and 32.06 Mbps in Japan . A DS-3 line in Europe provides 34.368-Mbps bandwidth. Includes 672 channels in the United States and Canada and 480 circuits in Japan . In Europe , a DS-3 includes 480 channels. Uses time division multiplexing.

North American standard for DS-3. Operates at a signaling rate of 44.736 Mbps, or the equivalent of 28 T-1s.

A phone line connection that can carry data at 45 million bits-per-second. It is frequently used to connect LANs to the Internet.

This is a leased-line connection that can carry data at 44.7 Mps. It can easily accommodate full-screen, full motion video.

A digital carrier facility used to transmit a DS3 formatted digital signal at 44.736 megabits per second.

It handles almost 30 times more data than the T1 at 44.736 megabits of data transfer.

Operates at 44.736 MBPS, or the equivalent of 28 T-1s. It can carry 672 voice conversations each of 64 KBPS. This is used with microwave or fiber optics only.

North American Standard for communicating at 44 Mbps. A T-1 has the capacity of 672 voice and data channels at 64 Kbps each. A T-3 is equivalent to twenty eight (28) T-1s.

Type of line] Same as DS-3. see also: DS-3

Transmission rate of 45MBPS on T3 communications lines. Also referred to as digital signal level 3 (DS-3).

T-3 is an even higher speed connection on a dedicated line used by only advanced networks due to their cost. It is capable of speeds of 44,736,000 bits per second, which is more than enough for full motion full screen video over the Internet, which is 10,000,000 bits per second.

In common usage, a designation for a very high speed, four-wire data circuit that can accommodate up to 28 T-1 circuits, which is 672 separate audio channels. Technically T-3 is the medium and DS-3 is the format, though in many instances the terms are used interchangeably. A T-3 circuit is also used in connecting to the Internet backbone and even for some Internet backbones.

High speed, high bandwidth leased line connection to the Internet, which can carry data at 44.736 million bits per second.

A digital transmission link with a capacity of 44.736 Mbps. This link can handle 28 DS-1s.

leased-line connection capable of carrying data at 44,736,000 bits-per-second. See Also: 56k Line , Bandwidth , Bit , Byte , Ethernet , T-1

A connection capable of carrying data at 44,736,000 bits per second. Equivalent to 29 T-1 connections.

A US standard data communication line capable of transmitting at speeds of 45 Mbps. Also referred to as a DS3, a T-3 provides the equivalent bandwidth of 28 T-1 circuits.

A leased-line connection capable of carrying data at 44,736,000 bits-per-second, which makes it capable of transmitting full-screen, full-motion video.

A dedicated phone connection supporting data rates of about 43 Mbps. A T-3 line actually consists of 672 individual channels, each of which supports 64 Kbps.

Describes a very popular communications protocol (set of rules). T-1 describes the physical medium ( leased line), the transmission rate (44,736,000 BPS).

A leased-line connection to the Internet which can transfer data at 44.736 Mbps. It is used mainly by ISPs (Internet Service Providers) connecting to the Internet backbone. A T-3 line contains 672 individual channels, each of which can transfer data at 64 Kbps. T-3 lines are also called DS3 lines.

A higher speed (45 megabits/second) Internet or network connection.

A T-carrier that operates at 44.736Mbps. See also DS1-4.

A high-speed, digital communications circuit (high-capacity network link) that operates at 45 Mbps.

A connection capable of carrying data at over 5 megabytes per-second.

An even higher-speed (45 megabits/second) network connection .

High speed line capable of carrying 44.736 Mbps. 672 voice circuits

Higher speed (45 megabits/second) Network link used on the Internet.

Leased-line connection capable of carrying data at 44,736,000 bits-per-second. Equivalent to 28 T-1 circuits.

A T-3 line is even faster than a T1: it's capable of transmitting data at a rate of 45 Mbps. (To put that in perspective you would need almost 700 regular voice telephone lines to match the bandwidth of a single T-3 line.)

High speed, high-bandwidth connection to the Internet. T-3 connections deliver information at 44.746 mbps.

A leased line connection that can carry 44,736,000 bits per second.

A T-3 line consists of 28 T1 lines or 44.736 million bits per second (commonly referred to as 45 Mbps). A T-3 line can handle 672 voice conversations. T-3 runs on fiber optic and is typically called FT-3.

A US and Japanese standard for high-speed data transmission at 44.736Mbps, providing the equivalent bandwidth of 28 T1 circuits. Also called a DS-3.

A dedicated digital communication link provided by a telephone company that offers 44.75 megabits per second of bandwidth, commonly used for carrying traffic to and from private business networks and Internet service providers.

A leased-line connection capable of carrying data at 44,736,000 bits-per-second. Much faster than a T-1 and capable of transferring full-screen full motion video.

A 44.736 Mbps point-to-point dedicated line provided by the telephone companies. MORE Close

A leased-line connection capable of transferring data at 44,736,000 bps. This is fast enough to view full-screen, full-motion video, which requires a transfer rate of at least 10,000,000 bits-per-second. See Also: Bandwidth, Bit, bps, Byte, Ethernet, Leased-line, T-1

An even higher speed (45 megabits/second) Internet connection.

A fast connection to the Internet, provided by phone over phone lines and supporting data rates of 43 Mbps.

A T-3 line can carry data at almost 30 times the capacity of a T-1 line at speeds up to 44.736 Mbps.

leased-line connection capable of carrying data at 45,000,000 bits-per-second. This is more than enough to do full-screen, full-motion video. See Also: 56K, Bandwidth, Bit, Byte, Ethernet, T-1

A digital line connection capable of carrying data at an enormous 45,000,000 bits-per-second

A type of network connection which allows for data transfer rates up to 45 mega-bits per second.

A leased-line connection capable of carrying data at 44,736,000 bits-per-second. This is more than enough to do full-screen, full-motion video.

A digital transmission link capable of handling 28 T-1 lines at 45 Mbps. (also known as a DS-3)

This is a leased-line connection capable of carrying data at 44,736,000 bits a second.

An even higher speed network link used on the Internet (45 megabits/second).

A phone connection on a leased that has more bandwidth (and is therefore faster) than a T-1 line, transporting information at speeds of up to 40,000,000 bps. ... more

A phone connection on a leased line that has more band width than a T-1 line, transporting information at speeds of up to 40,000,000bps.

A leased-line connection that is capable of carrying data at 44,736,000 bits-per-second and it approximiately 27 times faster than a T-1.

The equivalent of 28 T-1 (see also) lines that runs on a fiber optic circuit