Initializing... drag & drop files here
Supports: ODG
An ODG file is an OpenDocument Graphics drawing — vector shapes, connectors and text frames stored as XML inside a ZIP package by LibreOffice Draw or Apache OpenOffice Draw. MP4 is a video container, so this conversion renders the drawing and holds each page on screen as a silent, motionless clip. That is the right tool when something downstream insists on video: an editing timeline, a signage loop, a kiosk player, or an upload form that accepts clips and rejects documents.
.odg onto the page or click "+ Add Files". With several files, Merge strategy decides the shape of the result: "Merge images" builds one clip that shows each drawing in turn, "Video per image" writes a separate MP4 per upload.| Property | Value |
|---|---|
| Container | MPEG-4 Part 14, ISO/IEC 14496-14 |
| Video codec | H.264 / AVC by default; seven alternatives selectable |
| Motion | None — each drawing page is a still, held for the Image Duration |
| Frame rate | 1 fps — every frame within a hold is identical, so nothing more is needed |
| Audio | None. A drawing carries no sound, so no audio track is written |
| Duration | Image Duration per page — a three-page drawing at 5 seconds runs 15 |
| Transparency | Not carried; video has no alpha, so unpainted areas take a solid colour |
| Browser support | H.264 in MP4 reaches ~96.7% of users — Chrome 4+, Firefox 35+, Safari 3.2+, Edge 12+ (caniuse) |
The .odg is never handed to an image decoder. LibreOffice opens it as a Draw document, exports it through Draw's own PDF filter, and the pages of that PDF are rendered into frames before anything is encoded. Page count survives the trip: a four-page Draw document becomes four held frames in one clip rather than four separate jobs.
| Stage | What runs | What it produces |
|---|---|---|
| 1. Read the drawing | LibreOffice opens it as a Draw document | The original page geometry, in memory |
| 2. Export | Draw's PDF export filter (draw_pdf_Export) |
A PDF at the drawing's own page size |
| 3. Render | Each page rasterized at 300 DPI | An A4 page arrives near 2480 x 3508 pixels |
| 4. Encode | The video encoder, at your codec and preset | One MP4, each frame held for the Image Duration |
Because the render is print-grade, asking for 1920 x 1080 on a normal document page is a downscale rather than an enlargement — which is why setting Video resolution deliberately usually makes the clip sharper as well as smaller.
No. An ODG is a static drawing, not a timeline, so the output holds each rendered page for the duration you set and nothing moves in between. If you want a genuine sequence, build it from a series of stills instead — PNG to MP4 assembles a clip from separate images with a per-image duration.
Whatever the destination expects, set explicitly. Left on "Keep original" the frame is the 300 DPI render of the drawing's page — around 2480 x 3508 for A4, which is portrait, oversized for most players and awkward on a 16:9 timeline. Fixed Resolutions → 1920 x 1080 is the safe general answer; the Background Color fills the pillarbox left when a portrait page is fitted into a landscape frame.
Each drawing page becomes its own held frame inside the same clip, in page order, each shown for the Image Duration. A three-page drawing at the 5-second default therefore runs 15 seconds. If you would rather have one file per page, upload the pages as separate .odg files and set Merge strategy to "Video per image".
Text is stored as editable XML in the .odg, but it is rendered into the frame during conversion — pixels, not selectable type. Fonts are resolved on our servers, so a drawing that depends on a typeface installed only on your machine may have a substitute chosen for it, which can shift line breaks. Converting the text to curves in Draw (Shape ▸ Convert ▸ To Curve) before uploading pins the letterforms.
H.264, in almost every case — it is what makes an MP4 play everywhere, and it responds properly to the Quality Preset. H.265 halves the size on a long clip but is pointless on a five-second still. AV1 and VP9 belong in a WebM workflow more than an MP4 one. MPEG-4 and Xvid exist for old hardware, and on those the Quality Preset stops biting: they take a 1–31 quality scale where lower is better, so use Constant Quality if you pick one.
One still frame at 1 fps is close to the cheapest thing a modern codec can encode: a single keyframe followed by near-empty predicted frames. A short clip of a simple diagram routinely lands in the low tens of kilobytes. That is normal rather than a failed conversion — if a picky ingest system demands a heavier file, raise the frame size.
If the goal is to share the drawing rather than to feed a video pipeline, yes. ODG to PDF keeps the geometry as vectors, holds every page in one file, and stays sharp at any zoom — none of which a video container can do. Reach for MP4 only when the destination genuinely wants a clip.
Your drawing travels over an encrypted connection, is rendered and encoded on our servers, and is deleted automatically a few hours later along with the MP4. Nothing is shared, published or reused, no account is required, and no watermark is applied. The ODG converter hub lists every other target for the same source file.