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Orangefoxx has recognized expertise in radio distribution integrated with the global network of owned and operated transmitters that provide flexible worldwide distribution of programming on Short Wave, Medium Wave, FM Technology, Digital Audio Broadcasting (DAB), and DRM.
Short Wave
Situated above the medium wave band, covers the high frequency range from approximately 1700 kHz to 30,000 kHz on the radio spectrum. While specific 'bands' are allocated for popular broadcasting stations targeting a broad audience, this spectrum is further segmented to accommodate marine communications, utility stations, and amateur radio operators.
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Medium Wave
Medium Wave refers to the section of the medium frequency radio band primarily utilized for AM radio broadcasting. In Europe, this range spans from 526.5 kHz to 1606.5 kHz, while in North America, it extends from 535 kHz to 1705 kHz. In Europe, the channels are spaced every 9 kHz, whereas in North America, they are spaced every 10 kHz.
FM (Frequency Modulation)
Technology, as many of us are aware, is the primary method used for FM broadcasting, facilitating high-fidelity sound transmission over broadcast radio worldwide. Originally devised by American engineer Edwin Armstrong in 1933, FM broadcasting is widely recognized for its superior sound quality compared to its main rival, AM broadcasting. Consequently, it is the preferred choice for music broadcasts.
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Digital Audio Broadcasting (DAB)
Initially launched as a research initiative in Europe, Digital Audio Broadcasting (DAB) has evolved into a prevalent digital radio standard adopted by numerous countries worldwide. While predominantly utilized in Europe and the Asia Pacific region, its usage is progressively gaining momentum in other parts of the globe. The inaugural DAB channel debuted in Norway in 1995, followed by similar launches by the BBC and Swedish Radio. By the late 1990s, DAB receivers had become widely accessible in various countries.
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DRM (Digital Radio Mondiale)
DRM represents the widely accepted and openly standardized digital broadcasting system, catering to all broadcasting frequencies across both the AM bands and the VHF bands I, II, and III. The benefits of DRM in the realm of broadcasting are numerous, some of which are outlined below.
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