XviD to MPEG-2 Converter

How to Convert XviD to MPEG-2 Online

1. Upload Your XviD File: Drag and drop or click "Add Files" to select XviD-encoded videos. XviD streams almost always live inside an AVI container, so .avi rips from the DivX/XviD era (2001-2010) are the typical input. Batch is supported — drop in a folder of episode rips for sequential conversion.
2. Pick Quality and Bitrate: Output codec is fixed to MPEG-2 — the codec required by DVD-Video, DVB broadcast, and legacy MPEG hardware decoders. Pick a Quality Preset (Highest → Lowest), target a Specific file size (% or MB), dial Constant Bitrate or Variable Bitrate (DVD-Video caps video at 9.8 Mbps and total mux at 10.08 Mbps; 4-6 Mbps is the sweet spot for a 2-hour single-layer disc), or fine-tune with Constant Quality / Constraint Quality. Audio defaults to MP2 — the DVD reference audio codec — and switches to AC-3 for 5.1 surround.
3. Resize or Trim (Optional): Pick a Preset Resolution for DVD authoring — 720×480 (NTSC) or 720×576 (PAL) are the standard full-D1 DVD frame sizes; 352×480 / 352×576 (half-D1) and 352×240 / 352×288 (CIF) are also DVD-legal for long-play modes. Enter Width × Height, scale via Resolution Percentage, or Keep original if the target is just MPEG-2 playback (not disc burning). Trim a Time Range with start time + duration in seconds or HH:MM:SS.sss to drop intros, recaps, or fit a long film inside 4.7 GB.
4. Convert and Download: Click Convert. Files are uploaded over an encrypted connection, processed on our servers, and deleted automatically after a few hours — no sign-up, no watermark, never shared. Hand the resulting .mpeg2 file to DVDStyler, DVD Flick, or any MPEG-2 authoring tool to build a playable VIDEO_TS folder, or play it directly on hardware that decodes raw MPEG program streams.

Why Convert XviD to MPEG-2?

XviD is an open-source MPEG-4 Part 2 (ASP) codec that exploded in the early 2000s as the free alternative to DivX, used to rip DVDs into single-CD .avi files. MPEG-2 (ISO/IEC 13818-2, first edition 1996) is the older, more rigidly specified codec that DVD-Video, SVCD, and broadcast standards (DVB, ATSC) are built on. Re-encoding XviD AVI back to MPEG-2 is the bridge that turns a DivX-era download collection into something a 1998 DVD player or a DVD-authoring program will accept.

• Burning playable DVDs — DVD-Video is locked to MPEG-2 video at 720×480 (NTSC) or 720×576 (PAL), max 9.8 Mbps. A standalone DVD player rejects an XviD AVI no matter how the disc is burned. Convert to MPEG-2 first, then run the file through DVDStyler or DVD Flick to author the IFO/VOB structure.
• Feeding DVD-authoring software — TMPGEnc DVD Author, DVDStyler, DVD Flick, and Wondershare DVD Creator accept MPEG-2 directly without a re-encode pass. Pre-converting XviD to compliant MPEG-2 saves the slow internal transcode those tools otherwise have to run on every import.
• Broadcast and legacy STB workflows — DVB-T set-top boxes, satellite IRDs, and ATSC tuners pre-2010 are built around MPEG-2 transport / program streams. They won't open an .avi, but they handle a .mpeg2 program stream natively.
• Camcorder and editing legacy — Older Sony, JVC, and Panasonic DVD camcorders captured directly to MPEG-2 VOB. Pre-2010 versions of Pinnacle Studio, Sony Vegas, and Roxio Creator import MPEG-2 cleanly but stumble on XviD AVI.
• Standardising a mixed library — Re-encoding an old DivX/XviD AVI archive to a single MPEG-2 profile gives one decoder, one bitrate range, and one set of resolution targets to manage when filing it onto data DVDs, hard drives, or NAS folders that legacy media servers index.
• Hardware MPEG-2 decoding chips — Set-top recorders, in-car DVD units, and pre-2012 hotel-room players decode MPEG-2 in dedicated silicon and either won't decode MPEG-4 ASP or do it sluggishly in software fallback.

XviD (AVI) vs MPEG-2 — Format Comparison

Bitrate & Resolution Quick Guide

Frequently Asked Questions

Will the converted MPEG-2 file play on a standard DVD player straight away?

Not on its own. A DVD player needs the full DVD-Video disc structure — VIDEO_TS folder with .IFO, .VOB, and .BUP files — not a bare .mpeg2. The converted MPEG-2 file is the video stream the player decodes; you still have to feed it through DVD-authoring software (DVDStyler, DVD Flick, TMPGEnc DVD Author) to build the disc layout and burn it. This page produces the compliant input those tools expect.

What resolution and bitrate should I pick for DVD authoring?

For NTSC regions (US, Canada, Japan): 720×480 at 4-6 Mbps fits a 2-hour film on a single-layer 4.7 GB DVD-R. For PAL regions (most of Europe, Australia): 720×576 at 4-6 Mbps. Push to 7-8 Mbps if you only need 90 minutes per disc and want maximum quality; drop to 2-3 Mbps in half-D1 (352×480 / 352×576) to fit 3-4 hours per disc. The DVD spec hard-caps combined video+audio at 10.08 Mbps, so 9 Mbps video is the realistic ceiling.

What audio codec ends up in the.mpeg2 file?

By default, MP2 (MPEG-1 Layer II) — that's the DVD-Video reference audio codec. AC-3 (Dolby Digital) is also DVD-legal and switchable from the audio codec dropdown if your authoring tool prefers it. MP3 is not DVD-legal even though it plays in MPEG containers — pick MP2 or AC-3 if the destination is a DVD.

Will my XviD's AC-3 5.1 surround track survive the conversion?

If the source AVI carries an AC-3 track and you select AC-3 output, the surround layout is preserved. If you re-encode to MP2, the channels fold to stereo (MP2 doesn't support 5.1). For DVD-Video projects where surround matters, set audio codec to AC-3 — it's the standard surround track on commercial DVDs.

Why is the MPEG-2 output noticeably larger than the XviD source?

XviD (MPEG-4 ASP) is roughly 2× more efficient than MPEG-2 at the same visual quality — that's why a film fits on a single 700 MB CD as XviD but needs 4-7 GB on a DVD as MPEG-2. The size jump is normal; it's the cost of the older codec the DVD spec mandates. If file size matters more than disc compatibility, keep the AVI or convert to MP4 instead.

Should I match NTSC or PAL — and what happens if I pick the wrong one?

Match the region of the player you're targeting: NTSC (720×480, 29.97 fps) for North America and Japan, PAL (720×576, 25 fps) for most of Europe, Australia, and parts of Asia. Most modern DVD players are dual-standard, but older players, in-car units, and TVs with composite-only inputs can refuse the wrong standard or display rolling/black bars. If you're not sure, NTSC plays in more places worldwide than PAL does.

Can I trim out intros, ads, or recaps before encoding?

Yes. Use the trim section to enter a start time and duration in seconds (12.5) or HH:MM:SS.sss (00:01:30.500). Useful for stripping the FBI warning at the head of an old DVD rip, dropping recap segments from TV episodes before authoring a season disc, or splitting a multi-episode XviD AVI into per-episode MPEG-2 files (run the conversion multiple times with different ranges).

Is XviD the same thing as DivX?

They share the same codec family (MPEG-4 Part 2 ASP) and produce bitstream-compatible output, but they're separate implementations. XviD is open-source; DivX was the commercial original. DivX-certified DVD players accept both. For this conversion the source distinction doesn't matter — both decode identically into the MPEG-2 encoder, and you can also convert DivX to MPEG-2 using the same workflow.

What if I want a modern format instead of MPEG-2?

If the goal is a file that plays on phones, modern TVs, and browsers (not a burnable DVD), MPEG-2 is the wrong target — it's a 1995 codec wrapped in a 1995 container. Use XviD to MP4 for H.264 inside MP4, or XviD to MKV for a modern open container. Reach for .mpeg2 only when DVD authoring or legacy MPEG hardware is the actual destination.