Solveforce Offers Increased Bandwidth Allocation services to Oakland, CA businesses

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Solveforce has once again expanded their ever-growing breadth of Bandwidth Allocation services into Oakland, California

Solveforce Bandwidth Allocation

Solveforce Bandwidth Allocation

Solveforce Now Offers Bandwidth Allocation services to Oakland, California businesses

Communication channels are classified as analog or digital. Bandwidth allocation ( refers to the data throughput capacity of any communication channel. As bandwidth increases, more information per unit of time can pass through the channel. A simple analogy compares a communication channel to a water pipe. The larger the pipe, the more water can flow through it at a faster rate, just as a high capacity communication channel allows more data to flow at a higher rate than is possible with a lower capacity channel.

Analog Signals

Natural signals such as those associated with voice, music, or vision, are analog in nature. Analog signals are represented by a sine wave , and analog channel capacities are measured in hertz (Hz) or cycles per second. Analog signals vary in amplitude (signal strength) or frequency (signal pitch or tone). Analog bandwidth is calculated by finding the difference between the minimum and maximum amplitudes or frequencies found on the particular communication channel.

Digital Signals

Bandwidth allocation ( signals in computing environments are digital. Digital signals are described as discrete, or discontinuous, because they are transmitted in small, separate units called bits. Digital channel capacities are measured in either bits per second (bps) or signal changes per second, which is known as the baud rate. Although these terms are frequently used interchangeably, bits per second and baud rate are technically not the same. Baud rate is an actual measure of the number of signal changes that occur per second rather than the number of bits actually transmitted per second. Prefixes used in the measurement of data transmission speeds include kilo (thousands), mega (millions), giga (thousands of millions), and tera (thousands of giga). To describe digital transmission capabilities in bits per second, notations such as Kbps, Mbps, Gbps, and Tbps are common.

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Ron Legarski
since: 06/2007
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