Todos os sistemas de rádio digital eliminam os “chiados” e as variações típicas de qualidade do áudio analógico. Porém, nem todos conseguem manter a mesma eficiência de transmissão em longas distâncias. Em alguns casos, para evitar falhas na recepção e perdas de pacotes de dados, as emissoras reduzem a taxa de bits (bitrate), trocando qualidade de áudio por maior robustez e alcance do sinal IP RADIO: Cobertura: IP RADIO Virtualmente mundial. A distribuição do sinal utiliza a

All digital radio systems eliminate the “static” and the typical quality fluctuations of analog audio. However, not all of them are able to maintain the same transmission efficiency over long distances. In some cases, in order to avoid reception failures and packet loss, broadcasters reduce the audio bitrate, trading audio quality for greater signal robustness and coverage. Coverage IP RADIO Virtually worldwide coverage. Signal distribution uses the already established fixed

There are two ecosystems for radio. The first uses an FM transmitter as its primary source, with analog audio subject to sound degradation as the listener moves farther away from the signal source. The second uses audio coming directly from the digital output of the station’s audio processor, which is not sent to a specific transmitter, but instead to an IP redundancy and distribution environment. This transmission can range from 48 kbps AAC+ to more than 256 kbps AAC+, alrea