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Supports: GIF
This tool re-encodes an animated GIF into a DivX video — an AVI-style file using the DivX codec, a 2000s implementation of the MPEG-4 Part 2 (ASP) standard. DivX earned its place in the DVD-rip era: "DivX Certified" DVD players, Blu-ray decks, and TVs could play these files off a burned disc when nothing else would. It is a legacy target today. Unless something on the receiving end specifically needs DivX, GIF to MP4 is the better pick — the same animation, a smaller file, and playback on essentially every modern browser, phone, and app. Convert to DivX only when a DivX-certified device or an old editing workflow is the actual requirement.
| Property | GIF (source) | DivX (MPEG-4 ASP) | MP4 (H.264) |
|---|---|---|---|
| Standard | GIF89a (1987) | MPEG-4 Part 2 / ASP (ISO/IEC 14496-2) | MPEG-4 Part 10 / H.264 (~2003) |
| Container here | GIF | AVI-style DivX file | MP4 (ISO BMFF) |
| Colors per frame | 256 (palettised) | ~16.7M (8-bit YUV) | ~16.7M (8-bit YUV) |
| Inter-frame compression | None (each frame whole) | Yes (I/P frames) | Yes (I/P/B frames) |
| Typical size, equal quality | 1x (baseline) | larger than H.264 MP4 | smallest of the three |
| Audio from a GIF source | None (GIF has no audio) | None — output is silent | None — output is silent |
| Native browser playback | Yes, in <img> |
No | Yes, via <video> |
| Best at | Tiny reactions, pixel art | DivX-certified DVD players, legacy AVI workflows | Web, social, messaging, phones |
DivX (MPEG-4 ASP) carries far more color than GIF's 256-color palette and adds the inter-frame compression GIF completely lacks. But it is an older codec than H.264: at comparable quality a DivX file is generally larger than the same clip as H.264 MP4, and no mainstream browser plays a DivX/AVI file inline. DivX earns its slot only where legacy DivX-certified hardware is the requirement.
<video autoplay loop muted playsinline>.It keeps its motion. We read every frame of the animated GIF and encode them in order as a true DivX video, so a looping GIF becomes a playable clip of the same length — not a single held frame. The per-frame "Image Duration" control you may have seen on other image-to-video tools is hidden for GIF input precisely because the GIF already carries its own frame timing; we use that timing directly. A static, single-frame GIF naturally produces a short still clip instead.
No. A GIF has no audio stream at all, so there is nothing to carry over — the resulting DivX clip is silent by nature, not muted. This is expected for any GIF-to-video conversion. If you need narration or music, add an audio track afterwards in a video editor.
They are close cousins. DivX and Xvid are both implementations of the MPEG-4 Part 2 (Advanced Simple Profile) video standard; DivX began as a proprietary codec from DivX, Inc., while Xvid is the open-source codec that grew out of the same early-2000s scene. In practice a DivX-certified player will usually play Xvid too, and both produce AVI-style files. This page outputs the DivX codec; if your target device's manual specifically lists Xvid or plain MPEG-4 instead, choose that under Video Codec in Advanced Options.
For almost any modern use — sharing in chat, embedding on a page, posting to social, or playing on a phone — yes, GIF to MP4 is the better choice. H.264 compresses more efficiently than DivX's older MPEG-4 Part 2 codec and plays on virtually every current browser and device. DivX's one real advantage is its installed base of DivX-certified DVD-era hardware. Pick DivX only when that legacy compatibility is what you actually need.
Usually not natively. Browsers don't play DivX/AVI files in a <video> tag, and most phones won't open one without a third-party player such as VLC. DivX's strength is dedicated DivX-certified hardware — DVD players, Blu-ray decks, some older TVs — not modern web or mobile. For anything browser- or phone-bound, use GIF to MP4; H.264 MP4 plays inline on current browsers, iOS, and Android.
No — the output can match the source but never exceed it. The GIF you upload is already limited to 256 colors per frame and whatever resolution and frame rate it was saved at. DivX can hold far more color than that, so it won't add palette banding, but it also can't invent detail the GIF never captured. Upscaling the resolution just enlarges the existing pixels; it doesn't recover lost color or sharpness. In our testing, a photographic GIF reconverted to DivX looks no crisper than the source — the 256-color ceiling of the original is the limit.
Yes, but mind the quality. If you still have the original GIF, converting that straight to MP4 gives a cleaner result than re-encoding an already-lossy DivX file, because each lossy pass discards a little more detail. DivX files use an AVI-style container, so if the original GIF is gone, rename the clip to .avi and run it through our AVI to MP4 tool — just remember a second lossy pass can't restore quality the first one dropped.