WAV to OGA Converter

How to Convert WAV to OGA Online

1. Upload Your WAV Files: Drag and drop or click "Add Files" to select WAV audio — uncompressed PCM from Audacity, GarageBand exports, field recordings, sample libraries, voice memos, or game audio masters. Batch is supported, so drop in a whole folder of stems or session bounces.
2. Pick the Inner Codec: OGA is the Ogg container — what actually compresses your audio is the codec inside. Default is Vorbis at a balanced quality preset. Choose Vorbis for general-purpose music and game audio, Opus for voice notes and low-bitrate streaming (it sounds noticeably better than Vorbis under 96 kbps), FLAC for lossless archives inside Ogg, or Speex for legacy VoIP-style speech. Set a constant bitrate (64, 96, 128, 192, 256, 320 kbps), pick a variable-bitrate quality preset (Lowest through Highest), or target a specific output size by percentage or exact megabytes.
3. Set Sample Rate, Channels, and Trim (Optional): Match the source rate (typically 44.1 kHz for music or 48 kHz for video/game audio) or downsample to 22.05 kHz / 16 kHz / 8 kHz for speech. Pick stereo or mono — mono roughly halves file size and is fine for voice. Optionally trim with a start time and duration in seconds (12.5) or HH:MM:SS.sss (00:01:30.500).
4. Convert and Download: Click Convert. Files process on our servers and download individually or as a ZIP — no sign-up, no watermark.

Why Convert WAV to OGA?

WAV is the uncompressed PCM format Microsoft and IBM standardized in 1991 — bit-perfect, but huge (a 3-minute stereo CD-quality WAV is roughly 30 MB). OGA is the audio-only file extension for the Ogg container, a royalty-free format from Xiph.Org that wraps Vorbis, Opus, FLAC, or Speex audio. Converting WAV to OGA shrinks the file by 70–90% with quality that's transparent for most listeners, and the result drops cleanly into open-source pipelines that prefer Ogg over MP3 or AAC.

• Game engine audio assets — Unity, Godot, and Unreal all import Ogg Vorbis natively for music, ambience, and SFX. Shipping uncompressed WAV bloats game install size; Vorbis at q5–q6 is the standard choice for streaming music tracks and longer ambience loops.
• Linux desktop and GNOME/KDE workflows — GNOME Sound Recorder, Audacity (default export), Rhythmbox, and most Linux apps prefer Ogg. Vorbis and Opus play natively on every modern Linux distro without codec packs or licensing concerns.
• Royalty-free distribution on the open web — Wikipedia hosts pronunciation clips and music samples as Ogg Vorbis specifically because the format is patent-free. If you publish audio under a CC license or to a Wikimedia project, OGA is the expected upload format.
• Web-native playback in Firefox and Chromium — Both Firefox and Chrome decode Ogg Vorbis and Opus directly, so an <audio src="track.oga"> tag works without a JavaScript shim. Smaller payload than WAV, no MP3 patent paperwork, and Opus gives you the best speech codec available in any browser.
• Voice and low-bitrate streaming with Opus — Opus inside Ogg is the codec WhatsApp, Discord, and many VoIP stacks use. A WAV voice recording compresses to a 24–48 kbps Opus OGA file that's indistinguishable from the source for speech and tiny enough to stream over flaky networks.
• Storage savings on uncompressed masters — A 1 GB folder of WAV stems compresses to ~150 MB at 192 kbps Vorbis stereo with no audible difference for most material. Useful for archiving project bounces or syncing recordings across devices.

If your source is multi-channel video audio, see WAV to MP3 or WAV to M4A for broader playback compatibility instead.

WAV vs OGA — Format Comparison

Inner Codec Quick Guide (What Goes Inside the OGA)

If you're not sure, Vorbis at 192 kbps stereo is a safe universal default and drops in cleanly for game audio, music, and most web use.

Frequently Asked Questions

Should I pick Vorbis or Opus inside the OGA?

For music and game audio at typical bitrates (128 kbps and up), Vorbis is the right pick — it's the historical default for Ogg, every game engine and Linux media player handles it without surprises, and quality is transparent at 192–256 kbps. For voice notes, podcasts, and anything under ~96 kbps, Opus wins decisively — it's the most efficient codec available today and sounds clean down to 32 kbps mono. If you're encoding speech, choose Opus; for everything else, Vorbis is the safer pick.

Will I lose quality going from WAV to OGA?

WAV is uncompressed PCM (lossless), so converting to Vorbis or Opus is lossy by definition — some inaudible information is discarded to make the file smaller. At 192 kbps Vorbis stereo, the loss is inaudible to almost everyone, even on good headphones. At 96 kbps you may notice softer cymbals and slight artifacts on dense music; for voice it remains clean. If you need bit-perfect preservation pick FLAC inside the Ogg container — file size drops to roughly 50–60% of the WAV with zero quality loss.

Why use OGA instead of MP3 if both are lossy?

Vorbis is generally regarded as more efficient than MP3 at low-to-mid bitrates (a 128 kbps Vorbis file often sounds closer to the source than 128 kbps MP3), and the Ogg format is fully royalty-free with no patent history. The trade-off is compatibility: iPhones, iTunes, most car stereos, and Bluetooth speakers don't decode OGA natively. Pick OGA when your target is open-source software, Linux, web games, Firefox/Chrome browsers, or Wikimedia uploads. Pick MP3 if the file needs to play everywhere.

Will iPhones, iTunes, or Apple Music play the OGA file?

No — Apple has never shipped Ogg Vorbis or Opus support in iOS or macOS. iPhones, iPads, Apple Music, iTunes, and CarPlay all refuse .oga files natively. Third-party apps like VLC for iOS will play them, but anything that ships through Apple's own Music app or Files preview will fail. If your target audience is on Apple devices, convert to MP3 or M4A instead.

Why is .oga different from .ogg and .opus?

All three are Ogg containers from Xiph.Org. .ogg is the original generic extension and can carry Vorbis audio OR Theora video. .oga was added later to explicitly mark audio-only Ogg files, so an operating system or browser knows there's no video track inside. .opus is reserved for Ogg containers carrying Opus specifically. The audio bytes are identical across all three; only the extension and OS hint differ. Some Linux file managers and Wikimedia upload tools prefer .oga for audio-only uploads.

Can I batch convert a folder of WAV stems to Vorbis for a Unity project?

Yes — drop the entire folder in. Each file converts in parallel withon our servers and downloads individually or as a single ZIP. The same encoder settings apply uniformly to the batch (typical when bouncing music stems or SFX libraries) or you can tune per file. There's no count cap or per-file size limit beyond your device memory.

What sample rate and channel layout should I pick for game audio?

Match the engine's expectations. Unity and Godot work cleanly with 44.1 kHz or 48 kHz stereo Vorbis for music and ambience, and 22.05 kHz mono for short SFX where size matters more than fidelity. For 3D-positioned SFX (gunshots, footsteps, UI clicks) mono is correct because the engine pans them at runtime — encoding a stereo source for a positional effect wastes 50% of the file with no benefit.

Should I trim before converting or after?

Trim in this tool — the trim runs before encoding, so you only spend encoding time on the audio you keep. Useful for cutting silence from the head and tail of a recording, isolating one take from a long session bounce, or extracting a music loop from a longer master. Both fields accept seconds or HH:MM:SS.sss format.

Will WAV metadata (BWF chunks, cue markers, artist tags) carry over?

Standard text tags (title, artist, album) map to Vorbis comments in the Ogg container, which is the canonical metadata format Xiph defined. Broadcast Wave (BWF) timecode chunks, embedded loop points, and DAW-specific cue markers are not part of the Ogg specification and won't carry across — keep your WAV originals if you need those for re-import into Pro Tools or Reaper. For consumer playback metadata (track titles, album art, year), conversion is clean.