RF Repeaters Information
RF repeaters have independent paths for reception and transmission, through which they collect and send signals to antennas and other stations. Radio frequency (RF) repeaters or RF repeaters are communication devices designed to amplify or regenerate data signals in order to transfer telecommunication signals from one terminal to another. The purpose of an RF repeater is to amplify and reconstruct the signal so that it can be sent over a longer distance than would be possible without the repeater. RF repeaters are bidirectional amplifiers which, when located between two antennas, relay signals in remote locations, or in order to bypass obstructed paths. RF repeater types include microwave RF repeaters or linear RF repeaters. Both types of devices can overcome signal-blocking impediments such as mountains, large buildings, structures that obstruct base station signals, or the distance to the base station.
RF repeaters are available for both electronic and optical signals and can support a wide range of modulation formats and traffic capacity. RF repeaters are generally located at higher elevations, such as on a mountain or tall building. RF repeaters are equipped with large antennas, feedlines, a transmitter, and a receiver. RF repeaters can contain one or more amplifiers. RF repeaters may also contain signal generators, frequency converters, modulators, signal processors, and power supplies. Often, RF repeaters are powered by solar or wind-based energy sources. Microwave repeaters can transfer signals without lessening quality, data, or traffic. The range of a microwave repeater is generally for frequencies from 1.5 to 11 GHz, with the most popular telecom bands being 6, 7, and 8 GHz. A linear RF repeater is compatible with a wide range of modulation formats.
RF repeaters such as a microwave RF repeater or linear RF repeater are commonly used by telecommunications system operators, telephone companies, wireless operators, energy companies (water, gas, electric), government agencies (including national, state, county, and local agencies), military, aviation, and national security organizations. Such users expect reliable operation; areas of prime concern include path reliability, repeater-equipment reliability, and power-equipment reliability. The AT&T Short Haul standard is the most commonly used reference.