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Supports: OGV
OGV is the Ogg video container — usually Theora video with Vorbis audio, an open, royalty-free format from the Xiph.Org Foundation. TS is the MPEG-2 Transport Stream, a packet-based container built for broadcast, IPTV, and HLS streaming chains. This converter re-encodes your Ogg video into a transport stream so it can drop into a .ts workflow that won't accept Ogg.
The honest reason is pipeline compatibility, not quality. Transport Stream packetizes audio and video into fixed 188-byte chunks so a stream can be cut, concatenated, or recovered mid-broadcast — exactly what segmented HLS delivery and broadcast hardware expect. Ogg/Theora was never designed for that, and Theora itself is now obsolete on the web: Chrome removed Theora decoding in version 123 (stable around March 2024), and Safari and Chrome on Android never supported it at all.
So pick TS when you are feeding a broadcast or transport-stream pipeline — appending to an existing .ts capture, building HLS segments, or loading into encoder hardware that reads MPEG-TS. For ordinary modern playback, sharing, or embedding on a site, convert OGV to MP4 instead — H.264 in MP4 plays in every current browser and on phones, where a raw .ts file often will not. Re-encoding can't add detail that the Ogg source never had, so target a quality setting that preserves the original rather than chasing a smaller file.
| Property | Value |
|---|---|
| Container | Ogg (Xiph.Org Foundation) |
| Typical video codec | Theora (also VP8/VP9 in some files) |
| Typical audio codec | Vorbis (sometimes Opus, FLAC, Speex) |
| License | Open, royalty-free |
| Bitstream frozen | Theora, June 2004 |
| Native browser support | Firefox; removed from Chrome in v123 (~March 2024); never in Safari |
| Best for | Open-source projects, legacy HTML5 video, Wikimedia archives |
| Property | Value |
|---|---|
| Standard | MPEG-2 Systems, ISO/IEC 13818-1 (1995) |
| Packet structure | Fixed 188-byte packets, multiplexed A/V + data |
| Common video codec | H.264 (AVC) or MPEG-2 |
| Common audio codec | AAC, AC-3, or MP2 |
| Built for | Digital TV, satellite/cable, IPTV, HLS segments |
| Error resilience | High — designed for lossy transmission and mid-stream joins |
| Native browser support | Not played directly; needs a player like VLC or an HLS wrapper |
.ogv file onto the page or click "+ Add Files." You can queue several files to convert with the same settings..ts file. Files upload over an encrypted connection, are processed on our servers, and are deleted automatically after a few hours — no sign-up, no watermark.The output is an MPEG-2 Transport Stream carrying H.264 (AVC) video and AAC audio by default — the combination that broadcast players, IPTV systems, and HLS tooling read most reliably. You can change the codec under Advanced Options if your target pipeline needs MPEG-2 video or a different audio track.
This is a re-encode, so it is technically lossy, but at a high Quality Preset the difference is hard to see. Re-encoding can never add detail the Ogg/Theora source didn't already contain, so there's no benefit to setting a bitrate higher than the original — match the source quality and accept that the gain is compatibility, not fidelity.
Renaming only changes the extension, not the bytes. A .ts file must hold MPEG Transport Stream packets; an Ogg bitstream renamed to .ts is still Ogg internally and broadcast or HLS tools will reject it. A real conversion repackages and re-encodes the streams into the 188-byte transport-stream structure.
For everyday playback, sharing, or web embedding, choose MP4 — H.264 in MP4 plays in Chrome, Firefox, Edge, and Safari and on virtually every phone, whereas a raw .ts file usually needs VLC or a streaming wrapper to play. Use OGV to MP4 for that. Pick TS only when a broadcast, IPTV, or HLS-segment workflow specifically requires Transport Stream.
Yes — that's a core strength of TS. Because each file is a self-describing series of 188-byte packets, transport streams from the same codec settings can be concatenated end to end. Matching the resolution, frame rate, and codec of the existing stream when you convert makes that join clean.
VLC, MPV, and most desktop media players open .ts directly, and HLS players read it as a stream segment via an .m3u8 playlist. If you need it to play in a browser tab or be sent to someone for casual viewing, convert it to MP4 — or run the reverse with TS to MP4.
No, not unless you ask it to. By default the transport stream keeps the Ogg source's original resolution and frame rate, so the picture geometry is unchanged — only the container and the video codec are rebuilt. If you need the output to match an existing .ts capture for a clean concatenation, use the Preset Resolutions or Width/Height controls to rescale, since transport streams join most reliably when their resolution and frame rate line up.
Your file travels to our servers over an encrypted (TLS) connection, is processed there, and is deleted automatically after a few hours. Conversions are never shared, made public, or used for anything other than producing your download, and no account or sign-up is required.