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Supports: DIVX
DivX files hold full-motion video — usually inside an AVI container — and every second of that footage is a stack of still frames. This walk-through shows how to pull one exact frame at a chosen timestamp, or a whole sequence of stills, out of a DivX file as JPG images, and how to get a clean result even from old or heavily compressed source video.
| Property | Value |
|---|---|
| What it is | A video codec, not a container — the file extension is a wrapper around it |
| Based on | MPEG-4 Part 2, Advanced Simple Profile |
| FourCC identifier | DX50 from DivX 5.0 onward; earlier releases used DIVX |
| Usual container | AVI, occasionally MKV or MP4 |
| Heyday | Late 1990s through the mid-2000s, when it made feature-length video fit on a CD |
| Closest relative | Xvid — an open-source encoder targeting the same MPEG-4 ASP standard |
| Audio it is usually paired with | MP3 or AC-3 inside the AVI |
| Browser playback | Not native — no current browser decodes DivX-in-AVI |
| Sensible modern targets | H.264 in MP4 for the video; JPG or PNG for individual frames |
.divx (or DivX-encoded .avi) file, or click "+ Add Files". Multiple videos can be queued, and each one produces its own set of frames.The Frame Selection control is where this tool earns its keep, so it's worth understanding both modes before you convert.
Specific Frame takes a time in seconds with millisecond precision. Typing 2.100 grabs the frame 2 seconds and 100 milliseconds into the video — exactly one JPG comes back. This is the mode for a single poster image, a video thumbnail, or one piece of evidence from dashcam or CCTV footage.
Multiple Screenshots samples the video at a fixed Capture Rate and returns every captured frame zipped together. The rate is expressed as time-per-frame, so a smaller number means more images:
A practical note on count: at 1 second per frame, a 10-minute DivX yields about 600 JPGs; at 0.1s per frame that climbs to roughly 6,000. Pick the slowest rate that still captures the moments you care about, or you will be sorting through a very large ZIP.
If you only know the frame number rather than the time, divide by the video's frame rate to get seconds — frame 1,350 in 30 fps footage is 1350 ÷ 30 = 45 seconds, so you would enter 45 in Specific Frame mode.
The Capture Rate dropdown is expressed as seconds per frame, so a smaller number means denser sampling and many more files. Approximate output counts:
| Capture Rate | Frames captured per second | From a 1-minute clip | From a 10-minute clip | Use it for |
|---|---|---|---|---|
| 0.1s per frame | 10 | about 600 | about 6,000 | Finding the single sharpest frame in fast action |
| 0.2s per frame | 5 | about 300 | about 3,000 | Detailed motion study or image sequences |
| 0.5s per frame | 2 | about 120 | about 1,200 | A close visual index of the footage |
| 1 second per frame | 1 | about 60 | about 600 | A general summary of what happens in the clip |
| 5 seconds per frame | 0.2 | about 12 | about 120 | A contact sheet for storyboarding |
| 10 seconds per frame | 0.1 | about 6 | about 60 | Logging long recordings without drowning in files |
A few cases fall outside a straightforward frame grab. Corrupted or partially downloaded DivX files may decode only up to the damage, so a timestamp past that point returns nothing usable. Files wrapped in DRM cannot be decoded at all. And if you actually want the soundtrack rather than a picture, frame extraction is the wrong tool — JPG carries no audio. For an animated result instead of stills, convert DivX to GIF; to pull video frames from a different source format, see AVI to JPG.
Use Specific Frame mode and enter the time in seconds with millisecond precision in the Time (seconds) field. For example, 2.100 is 2 seconds and 100 milliseconds into the DivX. This returns a single JPG, which is what you want for a thumbnail, a poster frame, or one evidence still rather than a whole batch.
DivX is a video codec based on MPEG-4 Part 2 (Advanced Simple Profile), most often stored inside an AVI container; since DivX 5.0 its FourCC identifier is DX50. It is a late-1990s/early-2000s format built for compact full-motion video, not for still images. Converting to JPG turns a single moment of that footage into a standard image you can embed in documents, slides, a CMS, or a media-server poster — anywhere an MP4 or AVI would not display.
JPG (Joint Photographic Experts Group, ISO/IEC 10918) uses lossy DCT-based compression and stores 8 bits per channel, so there is always some re-encoding loss. In our testing, a frame pulled at the Very High preset is visually indistinguishable from the decoded source on photographic content; choosing Highest adds file size for a marginal gain. The bigger limiter is usually the DivX source itself — heavily compressed or interlaced footage will show its own artifacts in any still you extract.
It depends on the Capture Rate and the clip length. At 1 second per frame a 5-minute DivX gives about 300 stills; at 0.1s per frame (10 fps) the same clip gives roughly 3,000. They download together as a single ZIP with the frames named in sequence, so a fast capture rate on a long video can mean a very large archive — choose the slowest rate that still catches the moments you need.
JPG for photographic content — live-action footage, faces, landscapes — and whenever file size matters, since it is the smaller, more shareable format. PNG is lossless and supports transparency but is typically several times larger, which makes it the better pick for screen-recorded DivX content, sharp text, or frames you plan to composite. For lossless stills, use DivX to PNG instead.
They are two implementations of the same underlying standard, MPEG-4 Part 2 Advanced Simple Profile — DivX being the commercial codec and Xvid the open-source encoder that grew up alongside it. The bitstreams are close enough that a decoder handling one almost always handles the other, which is why Xvid-encoded rips of the era play in DivX-capable players and vice versa. For frame extraction the distinction rarely matters; what matters is the container the stream sits in. If yours is an AVI file rather than a .divx, use AVI to JPG instead.
The video's own coded frame size, unless you pick a Preset Resolution to scale it down. Extraction hands you the decoded frame as-is; it cannot add detail the encode never stored. That is worth knowing with DivX specifically, because files from its heyday were built to fit a CD and are commonly standard-definition — 640 x 480 or a letterboxed widescreen variant such as 640 x 352 — even when the filename suggests something larger. Check the frame you get before assuming it will hold up as a full-screen poster image.
Yes. Files are uploaded over an encrypted connection, processed on our servers, and deleted automatically a few hours after conversion — no sign-up, no watermark, and never shared or made public. The JPG you download is a standard image that opens in any browser, viewer, or editor.