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Low-power broadcasting is broadcasting by a broadcast station at a low transmitter power output to a smaller service area than "full power" stations within the same region. It is often distinguished from "micropower broadcasting" (more commonly " microbroadcasting ") and broadcast translators .
Low-power FM radio stations (LPFM) started broadcasting in the year 2000 after the FCC began licensing of 100 watt and 10 watt local community radio stations across ...
In the United States, unlike educational FM stations, carrier current stations can carry a full range of advertising. Due to their low power, these stations do not require an FCC license, and are not assigned an official call sign. However, in keeping with standard radio industry practice, they commonly adopt their own call sign-like identifiers.
Wastecon sold the station to Utah Local Radio effective August 30, 2016, for $2,500, the value of the station's equipment. In 2017, Utah Local Radio entered into a 10-year lease with Dixie State University, now Utah Tech University —owner of KUTU (91.3 FM)—to provide operating functions and allow for some student management; the format ...
FM audio for analog television channel 6 is broadcast at a carrier frequency of 87.75 MHz, and many radios can tune this low; full-power stations ceased analog operations in 2009 under FCC orders, but a very small amount of low-power stations are still operated solely for their right to use this frequency for broadcasting an FM audio carrier ...
The Act states the following: The Federal Communications Commission, when licensing new FM translator stations, FM booster stations, and low-power FM stations, shall ensure that-- (1) licenses are available to FM translator stations, FM booster stations, and low-power FM stations; (2) such decisions are made based on the needs of the local ...
A small nonprofit, Toledo Integrated Media Education (TIME), applied for a low-power FM license on the 106.1FM frequency in 2013. [1] After receiving approval to broadcast from the FCC, the organizers claimed the available call sign of WAKT and worked to assemble the appropriate funding, equipment, and permitting to begin broadcasting.
The rise of FM radio and television broadcasting in the 1940s–1950s created a need for even taller masts. The earlier AM broadcasting used LF and MF bands, where radio waves propagate as ground waves which follow the contour of the Earth. The ground-hugging waves allowed the signals to travel beyond the horizon, out to hundreds of kilometers.