Convert MOV to OGG (Vorbis) Online
Convert Apple MOV video audio to OGG Vorbis. Perfect for Linux, Android, and game engines. Free, in your browser.
.mov · up to 100 MB
What you can do
iPhone video to OGG audio for the open ecosystem
Unity/Godot game pipeline
Convert iPhone MOV recordings directly to OGG to import as AudioClip or AudioStream in your game.
100% private
Your MOV video never leaves your device. FFmpeg.wasm processes locally in WebAssembly.
Native Linux and Android
OGG Vorbis plays without extra decoders on all modern Linux distributions and Android.
Cross-platform podcast
Distribute your iPhone podcast to web platforms, Linux applications, and open-source Android players.
How it works
Three steps, no hassle
Upload your MOV file
Drag or select your .mov video recorded with iPhone, iPad, Mac, or Canon/Nikon camera. Up to 500 MB, no signup.
QuickTime AAC to Vorbis transcoding
FFmpeg.wasm extracts the AAC audio from the QuickTime MOV container and transcodes it to OGG Vorbis. All in your browser, no file uploads to any server.
Download your OGG
Vorbis audio ready for Unity, Godot, Firefox, Linux distributions, Android, or any open-source project.
FAQ
Got questions?
MOV is the QuickTime container format, developed by Apple in 1991. It is an ISOBMFF (ISO Base Media File Format) that predates the MP4 standard — in fact, the MP4 standard (ISO/IEC 14496-14) derives directly from QuickTime MOV. iPhones record video in MOV or MP4 depending on the mode. The distinction is mainly in the extension and some Apple-specific metadata atoms — internally, audio in both is AAC-LC at 44.1 kHz or 48 kHz.
Yes. Unity imports .ogg as AudioClip automatically when you drag the file into the Assets folder. Godot 4 recognizes .ogg as OggPacketSequence for AudioStreamPlayer. Both engines recommend OGG Vorbis for background music (disk streaming) and WAV for short sound effects (fully loaded in memory for minimum latency). The typical workflow: record reference audio with iPhone in MOV, convert to OGG here, import to the engine.
Yes, with a caveat. OGG Vorbis plays natively on Firefox (since 2009), Android, Linux, and open-source players like VLC, but Apple Podcasts and the native iOS player don't support OGG — they require AAC/MP3. If your podcast audience is primarily iPhone or uses Apple Podcasts, convert to AAC instead. OGG is the right choice if you distribute through open-source web platforms, F-Droid, Linux applications, or unrestricted Android players.
The difference is minimal from the audio result perspective. Both MOV and MP4 are ISOBMFF containers and typically contain AAC-LC audio in the audio track. FFmpeg handles both formats very similarly internally. The practical difference may be in metadata: MOV files from iPhone contain Apple-specific QuickTime atoms (such as moov.udta with location metadata, device model, and iOS version) that MP4 doesn't have. Those metadata are discarded in the conversion to OGG, which is generally desirable for distribution.
Yes. Canon EOS R and EOS C (Cinema), Nikon Z-series, and Sony Alpha record in MOV with PCM audio (professional recorders) or AAC (standard mode). FFmpeg correctly handles all these cases. Cinema cameras like the Canon EOS C70 or Sony FX3 can record PCM audio at 48 kHz / 24-bit inside MOV — in that case, conversion to OGG involves PCM→Vorbis transcoding (without the intermediate AAC step), which preserves quality even better.
For voice podcasts recorded with iPhone (mono or stereo), OGG Vorbis at q3 (approximately 112 kbps) is completely sufficient and produces very lightweight files. 60-minute podcast episodes in OGG q3 take approximately 50-60 MB. If the content includes music or sound effects, q5 (160 kbps) or q6 (192 kbps) is more appropriate.
Convert MOV to OGG: Vorbis audio from Apple recordings for Linux, Android, and game engines
Converting MOV to OGG Vorbis is the standard route for bringing iPhone, iPad, Mac, or Canon/Nikon camera recordings in QuickTime format into the free software ecosystem. The MOV format (QuickTime File Format) was developed by Apple in 1991 and is one of the oldest video container formats still in active use. Technically, MOV is the foundation on which the MPEG-4 Part 14 (MP4) standard was built: the ISOBMFF specification (ISO/IEC 14496-12) that defines both MOV and MP4 took Apple's QuickTime File Format as its starting point. Audio inside an iPhone MOV is practically always AAC-LC at 44.1 kHz or 48 kHz (recent iPhones record at 48 kHz for video sync), making extraction and transcoding to OGG Vorbis a straightforward, well-supported process for FFmpeg. OGG Vorbis is the reference royalty-free audio codec for open-source video game development, royalty-free web distribution, and the GNU/Linux ecosystem.
Workflows connecting MOV (the Apple world) with OGG Vorbis (the open ecosystem) are more common than one might expect. In indie video game development: many indie game developers record ambient sounds, natural sound effects (rain, wind, footsteps on different surfaces), and character voices with their iPhone because microphone quality in iPhone 12 and later is comparable to low-end studio condenser microphones. Those recordings arrive as .mov and need to be converted to .ogg for import into Unity or Godot. In Linux technical podcasts: the free software community consumes podcasts on players that support OGG natively — AntennaPod on Android, gPodder on Linux, Clementine, Rhythmbox — and some creators prefer distributing in OGG for consistency with their free software message. In F-Droid Android app audio distribution: apps distributed by F-Droid (the open-source app repository for Android) have restrictions on royalty-bearing codecs and prefer OGG Vorbis.
Convertir.ai executes MOV to OGG Vorbis conversion entirely in the browser using FFmpeg.wasm. The technical process with MOV files differs slightly from MP4: FFmpeg's parser (libavformat) analyzes the QuickTime atoms of the MOV container, including Apple-specific atoms like 'wide', 'mdat', 'moov', and the metadata atoms 'udta' with recording device information. The audio track is identified in the 'trak' atom with handler_type 'soun' (sound). AAC audio is extracted and decoded to PCM using FFmpeg's native AAC decoder, which correctly handles the AAC-LC profile present in iPhone recordings as well as HE-AACv1 (AAC with SBR, Spectral Band Replication) that some Apple devices use at low bitrates. The resulting PCM samples are passed to the libvorbis encoder with VBR quality q5 by default (~160 kbps) and packaged into OGG pages. The resulting file is an .ogg with standard Vorbis audio, fully compatible with Unity AudioClip, Godot OggPacketSequence, Firefox, VLC, Android MediaPlayer, and all applications in the Linux ecosystem.