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Supports: HEVC, MOV, MP4, M4V, MKV
This is a deliberately backwards conversion, and that is the point: you have an H.265 file a modern device produced happily, and an old DivX-certified DVD player, car head unit or set-top box that will not touch it. This walk-through takes you from upload to a playable Xvid file, explains the one rename that trips almost everyone up, covers the settings that actually decide whether legacy hardware accepts the disc, and is straight about the trade — Xvid is MPEG-4 Part 2 from 2001, so the picture cannot improve and the file will usually grow.
One thing to know before you start: a bare .hevc file is a raw H.265 bitstream with no audio track in it, so the Xvid file you get will be silent. That is the source format, not a fault of the conversion.
.hevc (or .h265) file onto the page, or click "+ Add Files" to browse. Several files can be queued and converted with the same settings.The single most common stumble on this conversion has nothing to do with encoding settings. Xvid is a codec, not a container, so .xvid is not a real container extension — the file you download is an AVI file that has been given a .xvid name. Inside it is an MPEG-4 Part 2 video stream carrying the FourCC tag xvid, which is exactly what DivX-certified hardware scans for. In our own check, a file produced this way probes as format avi, stream codec mpeg4, codec tag xvid.
The practical consequence is simple:
.xvid to .avi before you use it. No re-encoding is involved and nothing inside the file changes; you are only correcting the label..xvid file.Once it is named .avi, the rest is about matching what the hardware expects:
.avi onto a data DVD-R or a USB stick and open it from the player's file browser.| Property | HEVC (raw .hevc) |
Xvid (this output) |
|---|---|---|
| What it is | A raw H.265 video bitstream, not a container | An MPEG-4 Part 2 ASP stream inside an AVI container |
| Standard | ITU-T H.265 / ISO/IEC 23008-2, approved 13 April 2013 | MPEG-4 Part 2 Advanced Simple Profile; Xvid released 2001 |
| Licensing | Patent-pool licensed | Xvid is free software under the GNU GPL v2 |
| Stream tag in the file | n/a (no container) | xvid FourCC on an mpeg4 stream |
| Downloaded file name | .hevc |
.xvid — rename to .avi |
| Carries audio? | No | Yes in general, but not here — the source has none |
| Efficiency | 25–50% better than H.264 | Older and less efficient than H.264 |
| Best for | Efficient storage of modern footage | DivX/Xvid-certified DVD players, old PMPs and car units |
| Audio Codec | Preselected? | Legacy DivX/Xvid hardware | Notes |
|---|---|---|---|
| MP3 | Yes | Very widely supported | The classic Xvid-in-AVI pairing; leave it here unless you have a reason |
| AC3 | No | Widely supported | The DVD-Video audio standard; use it if a receiver expects Dolby Digital |
| MP2 | No | Often supported | An older MPEG audio layer, occasionally required by broadcast-era gear |
| AAC | No | Usually not supported | Modern and efficient, but most certified players cannot decode it in AVI |
| PCM (16/24/32-bit) | No | Supported but very large | Uncompressed; only worth it for short clips or an editing hand-off |
Because a raw .hevc has no audio stream at all, none of these settings change the result on this page — the output is silent whichever you pick. They matter when you start from a container instead.
.xvid to .avi and try again before changing anything else..hevc has no audio track, so there is nothing to encode. Start from the original container if you need the soundtrack.If your target device was made in roughly the last decade — a phone, tablet, smart TV, computer or browser — this is the wrong conversion. Those decode H.264 and H.265 natively, so Xvid only inflates the file for no benefit. For broad modern playback use HEVC to MP4, which plays almost everywhere and is more efficient than Xvid. Xvid and DivX are close cousins — both implement MPEG-4 Part 2 ASP and run on the same certified hardware — so if your device's manual names DivX specifically, HEVC to DivX is the parallel option, and HEVC to AVI gives you a plainly named AVI with no renaming step. Finally, if the source file is corrupt or was never a valid H.265 stream, no re-encoder can repair it; you need the original master.
.xvid instead of .avi?Because Xvid is a codec rather than a container, and the page names the output after the codec you asked for. The bytes inside are a standard AVI file holding an MPEG-4 Part 2 video stream with the xvid FourCC. Rename the download to .avi and everything that reads AVI will open it — nothing is re-encoded by renaming, and no quality is affected. Players that sniff file contents, like VLC, play it under either name.
Usually yes. HEVC is specified to deliver roughly 25% to 50% better compression than H.264 at equal quality, and Xvid's MPEG-4 Part 2 is a generation older than H.264 — so holding the same visual quality takes a noticeably higher bitrate and produces a larger file. That is the cost of compatibility with hardware that has no H.265 decoder. If size matters more than legacy playback, HEVC to MP4 is the better pick.
They implement the same standard — MPEG-4 Part 2 Advanced Simple Profile — and in practice decode on the same DivX-certified hardware. The difference is licensing and origin: Xvid was released in 2001 as free software under the GNU GPL v2, forked from OpenDivX after DivXNetworks closed their source and shipped a proprietary DivX 4. If your device's manual names DivX explicitly, HEVC to DivX writes the same family of stream under that name.
No. This is a lossy-to-lossy re-encode into an older codec, so the honest outcome is "the same picture or slightly worse, in a format an old player can read". Nothing in an Xvid encoder can reconstruct detail the H.265 encode already threw away. If you want a better-looking result, re-encode from the original camera file or disc rip rather than from an H.265 intermediate.
Because a bare .hevc file is a video-only elementary stream — it carries compressed picture data and nothing else. The Audio Codec control still offers MP3, AC3 and the rest, but there is no source audio for it to encode, so the result has no audio stream. Convert the original .mp4, .mkv or .mov container if you need the sound.
Match the region's standard-definition frame. Use Width x Height and enter 720 × 480 for NTSC regions or 720 × 576 for PAL; those are the frame sizes SD-era hardware was built around. If you would rather set only the height and keep your source's aspect ratio, Preset Resolutions offers 480p and 576p and derives the width for you. Going above 720 × 576 is the most common reason a certified player shows a file but refuses to play it.
Yes, but do it before converting. Video Cutter produces separate clips from one source, and each of those can then be converted here. Alternatively, use Trim → Time Range on this page to export one section at a time. Keeping each finished file under about 4 GB also sidesteps the size ceiling of the original AVI structure, which not all older players work around.
No. There is no deinterlacing step in this conversion, so interlaced source frames stay interlaced, and there is no pixel-aspect correction either. If your source has non-square pixels — common with DV and DVD-sourced material — set the output frame explicitly with Width x Height to the display shape you want, rather than relying on the file's aspect metadata to survive.
Only with a specific reason: a DivX/Xvid-certified DVD player, an old portable media player, a car head unit, or a pipeline that mandates Xvid in AVI. For anything current — phones, browsers, smart TVs, media servers, social uploads — H.264 in MP4 is universal, smaller, and far easier to work with. Try HEVC to MP4 first and fall back here only if the hardware refuses it.
Your file is uploaded over an encrypted connection, decoded and re-encoded on our servers, and deleted automatically a few hours after conversion — no sign-up, no watermark, never shared or made public.