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The Internet Radio Linking Project, also called IRLP links amateur radio stations around the world by using Voice over IP (VoIP). Each gateway consists of a dedicated computer running custom software that is connected to both a radio and the Internet. This arrangement forms what is known as an IRLP Node.
The Royal Naval Amateur Radio Society (RNARS) is a specialised group or club for amateur radio operators who have a link with maritime employment, such as members of a navy, merchant marine or similar employment. As such, RNARS has become a de facto international group for such people.
Internet radio, also known as online radio, web radio, net radio, streaming radio, e-radio and IP radio, is a digital audio service transmitted via the Internet. Broadcasting on the Internet is usually referred to as webcasting since it is not transmitted broadly through wireless means.
CJRN was an A.M. radio station in Niagara Falls, Ontario, Canada, which aired on 710 kHz. The "RN" in the call is for Radio Niagara. The station was launched in 1947 by local businessman B. H. Bedford, operating on AM 1600 with the callsign CHVC. The station's studios were originally located under the Rainbow Bridge.
The "Kerbango Internet Radio" was a product, never released, that would allow users to listen to Internet radio without a computer.[1]An Internet radio device, also called network music player is a hardware device that is capable of receiving and playing streamed media from either Internet radio stations or a home network.
Most PC based Internet radio ripping software is built for Shoutcast-style of streams as this MP3-based protocol offers the widest selection of Internet radio stations. Such wide selection of music is one of the major advantages for recording songs from Internet radio compared to FM and satellite radio as well as the fact that it works with ...
An active internet connection is required to be able to access all the best that AOL offers. If you're using broadband (cable) internet and you can't connect, try the following troubleshooting steps in the order listed until you get up and running again. 1.
Graphs illustrating the problem of image response in a superheterodyne. The horizontal axes are frequency and the vertical axes are voltage. Without an adequate RF filter, any radio signal S2 (green) from the antenna at the image frequency is also heterodyned to the IF frequency along with the desired radio signal S1 (blue) at , so they both pass through the IF filter (red).