AudioUtils

OGG to WAV for Podcasts

Convert OGG to WAV for podcast distribution. WAV is ideal for editing and archiving your podcast episodes before final export.

OGGWAV

Drop your OGG file here or click to browse

OGG (.ogg) · Max 20 MB

Podcasters hit this specific conversion because game assets is where the OGG came from — a remote guest, a field recording, a clip — and OGG plays in browsers and game engines but is refused by iPhones, most car stereos, and plenty of upload forms. For a show you need WAV, so the OGG-to-WAV step is part of the edit, not an afterthought.

Edit in WAV, publish in something lossy. Keeping the working file lossless means your cuts, levelling, noise reduction, and EQ all happen on raw samples — and only the final episode export is lossy, applied once to the finished mix.

Podcast bitrates are lower than most people assume, deliberately. 128 kbps stereo is the widely used standard, and 64–96 kbps mono is entirely respectable for pure speech — it roughly halves the download for every listener, which adds up across a back catalogue and matters to anyone on limited mobile data. Reserve 192 kbps and above for shows where music genuinely carries the experience.

Mono is the decision most worth revisiting. If your episode is voices with no meaningful stereo image — which describes most interview and solo shows — mono at 96 kbps is perceptually equivalent to stereo at 192 and half the size. Publishing stereo by default is a habit, not a requirement. And archive the lossless edit: social clips, best-of segments, and fixes should always be cut from that, never from the published file.

Yes, it gets larger — around 8× — since you're unpacking the audio rather than compressing it. Keep the OGG for storage and use the WAV as the working copy. This freezes the existing loss rather than undoing it. Decode once to WAV and every edit and export afterwards works on raw samples, adding nothing.

Where does a OGG file even come from? Usually game assets, Linux software, Audacity exports, and royalty-free sound libraries. The catch is that OGG plays in browsers and game engines but is refused by iPhones, most car stereos, and plenty of upload forms. WAV is the destination when you need uncompressed, edit-ready audio that every DAW and editor accepts. Expect growth, not shrinkage: about 10 MB per minute versus 1.2. That's the price of an uncompressed or lossless container, and it buys you an editing chain that costs nothing further. One honest note on this exact pair: OGG is already lossy, so moving to WAV cannot restore detail the OGG encoder discarded — it hands you an uncompressed container, not better audio, and the value is a loss-free chain from here on.

Frequently Asked Questions

What bitrate should I publish a podcast at?

128 kbps stereo is the widely used standard. For pure speech, 64–96 kbps mono is entirely respectable and halves the download for every listener — which adds up across a back catalogue and matters to anyone on limited mobile data.

Should my podcast be mono or stereo?

If it is voices with no meaningful stereo image — most interview and solo shows — mono at 96 kbps is perceptually equivalent to stereo at 192 and half the size. Publishing stereo by default is a habit, not a requirement.

When should I convert in my podcast workflow?

Early. Getting to WAV before you edit means your cuts, levelling, and EQ all happen on raw samples, and only the final publish step is lossy.

Will a higher bitrate make voices sound better?

Barely, past about 128 kbps — you would mostly be encoding room tone and mic noise at a cost your listeners pay in download size. Quality comes from the recording and the edit, not the encoder.

Should I keep the lossless edit after publishing?

Yes. Social clips, best-of segments, and fixes should be cut from the lossless edit, never from the published file, which has already thrown detail away.

About OGG

Open-source compressed format. Better quality than MP3 at similar bitrates. Used in gaming and web applications.

About WAV

Uncompressed audio format. Perfect quality with no data loss. Standard for music production and professional audio work.