Initializing... drag & drop files here
Supports: OGG
.ogg or .oga files. Batch upload is supported — drop an entire game soundtrack folder and process it in one pass.OGG is a free, open container from the Xiph.Org Foundation, most often holding a Vorbis audio stream. It's technically superior to MP3 at low bitrates, but it lost the format war: Apple devices and most car stereos still won't play it natively, so MP3 remains the safe lingua franca for sharing audio across devices.
.pak, .assets, or loose Sounds/ folders. Converting lets you carry the soundtrack in any music player or trim it for ringtones.| Property | OGG Vorbis | MP3 |
|---|---|---|
| Maintainer | Xiph.Org Foundation | Fraunhofer IIS / ISO MPEG |
| License | Royalty-free, BSD-style | Patents expired April 2017; freely usable |
| Released | 2000 | 1993 |
| Compression style | Lossy, native VBR | Lossy, CBR or VBR (LAME) |
| Efficiency vs MP3 | ~15-20% smaller at perceptual parity at low bitrates | Reference baseline |
| Quality ceiling | Transparent ~192-256 kbps | Transparent ~256-320 kbps |
| Native iOS playback | iOS 18.4+ Safari only; not in Music.app | Every iOS version |
| Native Android | Yes (since 2.3) | Yes |
| Car stereo support | Rare | Effectively universal |
| Common sources | Games, Audacity, Android voice recorders, some podcasts | Music libraries, downloads, podcasts |
| Best for | Storage-efficient archiving on open platforms | Cross-device sharing |
Pick an MP3 bitrate that matches or slightly exceeds your source OGG. Going higher than the source adds file size without adding quality — transcoding can never recover detail the OGG encoder already discarded.
| Source OGG quality | Suggested MP3 bitrate | Use case |
|---|---|---|
| Vorbis q4 (~128 kbps) | 192 kbps CBR | Game SFX, voice memos |
| Vorbis q5 (~160 kbps) | 192-256 kbps CBR | Podcasts, audiobooks |
| Vorbis q6 (~192 kbps) | 256 kbps CBR or V0 VBR | Music, game soundtracks |
| Vorbis q7-8 (~224-256 kbps) | 320 kbps CBR | High-fidelity music, mastering reference |
| Unknown source | 256 kbps CBR | Safe default — virtually transparent for most listeners |
.ogg is a container, not a codec. The decoder behavior depends on which Xiph codec the file actually uses.
| Codec | Typical use | Convert via |
|---|---|---|
| Vorbis | Games, Audacity exports, older podcasts | This page |
| Opus | WhatsApp / Telegram voice notes, Discord recordings, modern web streaming | OPUS to MP3 |
| FLAC (in Ogg) | Lossless music archives (rare; usually shipped as native .flac) |
FLAC to MP3 |
| Speex | Legacy VoIP, old voicemail (obsoleted by Opus) | This page (auto-detected) |
| Theora | Video (very rare today) | Not an audio conversion |
Yes, but usually imperceptibly. Both formats are lossy, so any OGG to MP3 step is a generation loss. The fix is to encode the MP3 at the same or higher bitrate than the source OGG — 256 kbps CBR or LAME V0 VBR is transparent for nearly all listeners and source material. The audible loss matters only if you transcode at 96 or 128 kbps with cymbal-heavy or vocal-sibilance content.
No, not the encrypted cache files. Spotify's downloaded songs are stored as DRM-wrapped OGG Vorbis (often saved without an extension or as .file) and only the Spotify app holds the decryption key. Standard audio converters — including this one — will see the file but can't decode it. You'd need a tool that records the playback stream, which is a separate category of software with its own legal considerations.
CBR (e.g., 256 kbps) is the safest choice for compatibility — every MP3 player on earth handles it, and seeking in long files is exact. VBR produces smaller files at the same quality by spending more bits on complex passages, but very old players (some 2000s car stereos, some flip phones) occasionally show wrong duration or seek inaccurately. Pick CBR if the MP3 will play on unknown or legacy hardware; pick VBR for personal listening on modern devices.
Keep the source sample rate — usually 44.1 kHz or 48 kHz. Downsampling to 22.05 kHz only makes sense for voice-only content where storage matters more than fidelity. Upsampling never adds quality, so don't bump 22.05 kHz voice memos up to 48 kHz "for safety."
OGG Vorbis is ~15-20% more efficient than MP3 at perceptual parity, so a 192 kbps OGG re-encoded to 256 kbps MP3 will be larger. If file size is the priority and you don't need MP3 specifically, convert to OGG or keep OGG. If size matters AND you need MP3, drop to 192 kbps CBR, then shrink the audio file to hit an exact target size.
Yes for standard text tags. OGG uses Vorbis Comment metadata and MP3 uses ID3v2; the converter maps title, artist, album, year, and track number across. Album art embedded as a METADATA_BLOCK_PICTURE Vorbis Comment is preserved as an ID3v2 APIC frame.
Yes. Use the Trim section to enter start and end timestamps before clicking Convert — you'll get an MP3 of just the segment you wanted. For more complex multi-cut edits, use Audio Cutter first, then convert.
Effectively yes for our purposes. RFC 5334 defined .oga as the audio-only extension and reserved .ogg for video or mixed streams, but in practice almost every Vorbis audio file ships as .ogg. This converter accepts both.
Yes. The converter runs in mobile Chrome, Safari, Firefox, and Samsung Internet — no app install. For batch jobs on multi-hundred-MB game soundtracks, desktop is faster because the CPU has more headroom.