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Supports: OGG
Decode Ogg Vorbis audio into uncompressed WAV (PCM) so you get a clean, editable master that every audio editor and DAW opens without a plugin. One thing to set expectations on: OGG is a lossy format, so converting to WAV gives you a lossless container but does not rebuild detail Vorbis already discarded at encode time — it makes the file editable, not higher fidelity. Files are uploaded over an encrypted connection, processed on our servers, and deleted automatically after a few hours — no sign-up, no watermark.
.ogg files onto the page or click "Add Files" to browse. You can queue several at once and convert them with the same settings.| Property | OGG (Vorbis) | WAV (PCM) |
|---|---|---|
| Compression | Lossy, variable bitrate | Uncompressed (LPCM) |
| Typical size, 1 min stereo | ~1 MB at 128 kbps | ~10 MB at 44.1 kHz / 16-bit |
| Codec / payload | Vorbis (~45–500 kbit/s) | Linear PCM, 8/16/24/32-bit |
| Maintainer | Xiph.Org Foundation (1.0, 2002) | IBM & Microsoft (RIFF, 1991) |
| Max file size | No fixed container cap | 4 GiB (32-bit size header) |
| Editing / mastering | Re-encodes on every save | Sample-accurate, no re-encode |
| Browser playback | Chrome, Firefox, Edge, Opera (Safari limited) | All major browsers (~96% global) |
| Best for | Streaming, downloads, small files | Editing, archiving, CD authoring |
No. Vorbis is lossy, so any detail removed during the original OGG encode is already gone and decoding to WAV cannot recover it. What you gain is an uncompressed PCM file that edits cleanly and survives repeated saves without further generation loss — that is the real reason to convert, not a fidelity boost.
For general use and CD authoring, 16-bit PCM at 44100 Hz is the standard and the most compatible choice. Step up to 24-bit only if the file is going into a mix or master where extra headroom matters. Leaving Audio Sample Rate on Original avoids an unnecessary resampling step, since upsampling a lossy OGG adds size without adding real detail.
Because WAV stores raw, uncompressed samples while OGG is compressed. In our testing, a 3-minute 128 kbps OGG (about 2.9 MB) decodes to a roughly 30 MB 16-bit/44.1 kHz stereo WAV — about a 10x increase. That size is expected and is the trade-off for an edit-ready file.
Standard WAV uses a 32-bit field for its size header, which caps a single file at 4 GiB. That is only a concern for very long recordings — at CD-quality stereo, 4 GiB is roughly 6 hours of audio, so typical music and voice clips are nowhere near it.
If your goal is sharing or storage rather than editing, a compressed format is the better fit. Convert to OGG to MP3 for a small, universally playable file, or if you want to re-compress an edited WAV afterward, use WAV to OGG to get back to a streaming-friendly size.