Frequently Asked Questions About Web Radio Streaming

Find answers to common web radio questions: Icecast, Shoutcast, AutoDJ automation, audio bitrates, stream codecs, studio gear, and music licensing.

Find answers to common questions about operating, configuring, and organising an independent web radio station.

What is required to start an independent web radio?

Getting started requires a computer, a microphone or audio interface, broadcasting software (such as mAirList or Mixxx), and a configured streaming server.

What is the difference between Icecast and Shoutcast?

Icecast relies on flexible mountpoints and supports open formats such as Opus and Ogg Vorbis, whereas Shoutcast is a traditional system using stream IDs and port management.

How does uninterrupted AutoDJ playlist automation work?

The AutoDJ runs on the server and plays scheduled playlists. When a presenter connects to the live mountpoint, the audio stream fades smoothly without disconnecting listeners.

Which audio bitrate and codec provide the best results?

For universal MP3 playback, 128 to 192 kbps is standard. For bandwidth-efficient mobile streaming, HE-AAC at 64 kbps or modern Opus codecs offer excellent audio clarity.

What music licensing requirements apply to web radio?

Broadcasters streaming copyrighted music must obtain performance and mechanical reproduction licenses from their local performance rights organisations before going on air.

Should you choose a USB microphone or an XLR mixer setup?

USB microphones work well for solo broadcasting. An audio interface or hardware mixer with an XLR microphone provides latency-free headphone monitoring and multiple audio inputs.

How are listener numbers and stream analytics measured?

Streaming servers track listeners via log files and status endpoints. Key metrics include peak concurrent listeners, unique listening sessions, and total listening hours.

Further Topics in the Blog

Our blog provides in-depth tutorials on configuring streaming servers, selecting broadcasting software, and optimising audio transmission.