Free online FAR to OPUS converter

Source format: FAR

FAR is a legacy audio module format associated with early tracker music software. It was used mainly in the demoscene and by hobbyist musicians who worked with sample-based music on DOS-era systems. A FAR file typically stores patterns, instruments, and sample references in a compact structure designed for tracker playback rather than modern streaming audio.

Because FAR is a module format, it is not a finished audio recording. It depends on a compatible player or converter to render the music into a standard audio file.

Target format: OPUS

OPUS is a modern lossy audio codec designed for efficient compression with excellent quality at low bitrates. It is widely used for web audio, voice, streaming, and general-purpose music distribution. Compared with older codecs, Opus offers strong quality, low latency, and broad support in modern software and browsers.

Converting FAR to OPUS means first rendering the tracker module to PCM audio, then encoding that audio into the Opus format. This produces a compact file that is much easier to play on phones, computers, and web platforms.

How to perform the conversion

The most reliable workflow is to use a tracker player or module renderer to export the FAR file to WAV, then encode the WAV file to OPUS. If you want a simple browser-based option, you can convert the file on 101convert.com for free without installing any software.

Step 1: Open the FAR file in a compatible tracker player or converter. Good desktop tools for module playback and rendering include OpenMPT, XMPlay with module plugins, or VLC for playback in some cases. For accurate rendering, OpenMPT is usually the best choice.

Step 2: Export or render the module to a lossless audio file such as WAV. In OpenMPT, use File → Export → Wave or a similar render option, then choose the desired sample rate and channels.

Step 3: Encode the WAV file to OPUS using a tool such as FFmpeg. A typical command is ffmpeg -i input.wav -c:a libopus output.opus. You can adjust bitrate with -b:a, for example -b:a 96k for music or -b:a 64k for speech-like content.

Step 4: Test the resulting OPUS file in a player that supports the format, such as VLC, Firefox, Chrome, or modern mobile players.

Notes on quality and limitations

FAR is not a standard audio recording, so the conversion quality depends on how well the module is rendered. Different players may interpret effects, looping, or timing slightly differently, which can change the sound of the exported audio.

OPUS is lossy, so some audio detail is discarded during encoding. For best results, render the FAR file to a high-quality WAV first, then encode to Opus at a sensible bitrate. If you need archival preservation, keep the original FAR file as well as the rendered OPUS copy.

Also note that some very old FAR files may not open correctly in modern software if they rely on obscure tracker features or nonstandard playback behavior. In those cases, trying a different module player or renderer can help.