Get a clean, lossless WAV file from any OGG audio. No upload, no server, no quality loss beyond what the original OGG already contains. Works right in your browser.
or tap to browse · .ogg files only
How it works
Drop your OGG file onto the box above or tap to browse. The file opens directly in your browser, no server involved.
The Web Audio API decodes your OGG file into raw PCM audio data. This is the same engine your browser uses to play audio.
The PCM data gets written into a standard WAV file with a proper RIFF header. Download it and open it in any audio editor.
All OGG tools
WAV is the format of choice when you need to do something with audio after converting it. Every professional digital audio workstation, including Audacity, Adobe Audition, Logic Pro, Pro Tools, and Reaper, reads WAV files without any plugins or additional steps. If you want to trim a recording, layer it with other audio, apply effects, or master it, WAV is the right starting point.
OGG files work fine for playback, but they are compressed. That compression is not a problem for listening, but it can introduce subtle artifacts if you start stacking processing on top of it. Converting to WAV first gives you a clean baseline to work from.
If you just want to play a file on your phone, in a car, or share it with someone, convert to MP3 instead. MP3 is smaller and plays everywhere. WAV files are typically ten times larger than an equivalent MP3 because they store raw, uncompressed audio data.
Choose WAV when you plan to edit the audio further. Choose MP3 when you just need a playable file. Both conversions are free and available on this site.
No, and it is worth being clear about this. OGG uses lossy compression, which means some audio data was permanently discarded when the OGG file was originally created. Converting to WAV does not recover that data. What you get is an exact, uncompressed copy of what the OGG file contains. No better, no worse. The benefit of WAV is not improved quality but improved compatibility with editing software and no further quality loss from re-encoding.