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Supports: OGV
OGV is the open Ogg video container (usually Theora video with Vorbis audio), and 3GP is the dated 3GPP container built for old mobile phones. Converting out of OGV makes sense — Chrome disabled Theora playback by default in version 120 and Chromium removed it in 123 (stable March 2024), Firefox disabled it by default in 126, and Safari never supported it. But 3GP is a small, low-resolution format from 2003; unless you specifically need playback on a very old handset, convert OGV to MP4 instead for far better quality and near-universal device support.
| Property | OGV (Ogg Video) | 3GP (3GPP) |
|---|---|---|
| Introduced | 2007 (Ogg/Theora codec 2004) | April 2003 by 3GPP |
| Container base | Ogg | ISO base media (MPEG-4 Part 12) |
| Typical video codec | Theora | H.263, MPEG-4 Part 2, or H.264 |
| Typical audio codec | Vorbis | AMR-NB, AMR-WB, or AAC |
| License | Open, royalty-free | Proprietary patent pool |
| Designed for | Open web / desktop playback | Low-bandwidth 3G mobile phones |
| Typical resolution | SD to HD | Low (often 176×144 to 352×288) |
| Modern browser support | Disabled in Chrome 120+, removed from Chromium at 123, disabled in Firefox 126+; never in Safari | Limited; not a web video format |
| Best for | Web archives, open-source projects | Playback on legacy feature phones |
.ogv file onto the page or click "+ Add Files" to select one or several from your computer.3GP is a container defined by 3GPP (the file format is specified in 3GPP TS 26.244), not a codec, so the compatibility question is really "which codec does the target device decode?" Older the handset, older the codec you should pick:
| Codec | Standard | Where it fits |
|---|---|---|
| H.263 | ITU-T H.263 | The original 3GP video codec — the safest choice for genuinely early handsets |
| MPEG-4 Part 2 (Simple Profile) | ISO/IEC 14496-2 | Mid-2000s phones; better detail than H.263 at the same bitrate |
| H.264 / AVC | ISO/IEC 14496-10 | Later 3GP-capable phones; best quality, least likely on very old hardware |
| AMR-NB | 3GPP TS 26.071 — 8 kHz, 4.75–12.2 kbps | Speech only; the classic 3GP voice codec, and tiny |
| AMR-WB | 3GPP TS 26.171 — 16 kHz, 6.6–23.85 kbps | Wideband speech; clearer voice at still-small sizes |
| AAC-LC | ISO/IEC 14496-3 | Music and general audio, where the device supports it |
Because OGV normally carries Theora video and Vorbis audio and 3GP carries neither, the conversion is always a full re-encode of both streams — there is no lossless remux path between these two containers.
No. 3GP was engineered for low storage and low bandwidth on 3G phones, so it targets low resolutions and bitrates. MP4 with H.264 holds far more detail at a similar file size. Choose 3GP only when an old device can't play anything else; otherwise convert OGV to MP4.
Almost always, yes. 3GP is built for small, low-resolution clips, so a sharp OGV usually has to be downscaled and re-compressed. Re-encoding can never add detail back — it can only preserve or reduce what the source already has. If quality matters, keep the resolution as high as your target device supports, or pick MP4 instead.
3GP containers carry H.263, MPEG-4 Part 2, or H.264 video alongside AMR (narrowband or wideband) or AAC audio. The exact codec depends on the settings you choose under Advanced Options; defaults are tuned for broad compatibility with older mobile players.
OGV relies on the Theora codec, whose bitstream has been frozen since June 2004 and which browsers no longer decode: Chrome disabled it by default in version 120 and Chromium removed it in 123 (March 2024), Firefox disabled it by default in 126, and Safari never supported it. Converting OGV to a widely supported container keeps your video playable. For most uses that container should be MP4, with 3GP reserved for genuinely old hardware.
Yes. Under Advanced Options you can set a Specific file size or lower the resolution with Preset Resolutions, and use the Trim control to keep only the part of the clip you need. Smaller resolutions like 176×144 produce the tiniest files, at the cost of visible detail.
Match the frame sizes 3GP was built around rather than guessing. The classic targets are QCIF (176×144), QVGA (320×240), and CIF (352×288) — small enough that an early handset's decoder can keep up and the file stays tiny. Newer 3GP-capable phones handle larger frames, but there is no benefit in exceeding the screen: a 640×480 clip on a 320×240 display costs bitrate and decoding effort for detail nobody sees. Set this under Preset Resolutions or Video resolution. If you do not know the device's limits, 320×240 is the safe middle ground.
Not the same, but closely related to both. 3GP and MP4 are both built on the ISO base media file format (MPEG-4 Part 12), which is why the internal structure looks so similar and why some players open a .3gp file happily — 3GP is essentially a constrained mobile profile of that same design, restricted to the codecs 3G handsets could decode. 3G2 is the parallel format from 3GPP2, the standards body for CDMA networks, and adds codecs specific to those handsets; the two are similar but not interchangeable on strict devices. If you have a choice, OGV to MP4 gives you the modern member of the same family with none of the mobile-era restrictions.
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