Convert GIF to MOV Online
Convert animated GIFs to Apple QuickTime MOV, free, in your browser.
.gif · up to 100 MB
What it's for
GIF to MOV: animations for the Apple ecosystem
Keynote and iMovie
Import animations directly into Keynote presentations and iMovie projects with no plugins.
Final Cut Pro
H.264 MOV is the native working format in Final Cut Pro X and Motion 5.
iOS and iPadOS
Compatible with the Photos app, Files, and video players on iPhone and iPad.
100% private
Conversion runs in your browser with FFmpeg.wasm. Your GIF never leaves your device.
How it works
Three steps, no hassle
Upload your animated GIF
Drag or select your .gif file. Up to 50 MB, no signup required.
Automatic MOV conversion
FFmpeg processes the GIF directly in your browser and outputs an H.264 MOV. Nothing is uploaded to any server.
Download and import
Open the MOV in QuickTime Player, iMovie, Final Cut Pro, or Keynote with no extra steps.
FAQ
Got questions?
QuickTime Player does not play animated GIFs — it shows only the first frame as a static image. iMovie and Final Cut Pro do not import animated GIFs into their timelines either. Keynote accepts GIFs in presentations but with performance and color-quality limitations. Converting to MOV with H.264 guarantees full compatibility across the Apple ecosystem: QuickTime Player 10+, iMovie 10.3+, Final Cut Pro X, Motion 5, and Keynote. The generated MOV also works on iOS and iPadOS through the Photos or Files app without any additional conversion.
H.264 is the video compression codec; MOV and MP4 are containers. The MOV container (QuickTime File Format, developed by Apple since 1991) and MP4 (MPEG-4 Part 14, standardized in 2001) can both encapsulate H.264 streams. The technical difference lies in their internal structure: MOV uses atoms while MP4 uses boxes — conceptually equivalent but with variations in metadata fields. Final Cut Pro and other Apple software prefer MOV because of native optimized support for the QuickTime format, including extended metadata access and ProRes codec compatibility.
Yes. Keynote on macOS and iPadOS imports MOV files with H.264 and plays them smoothly during presentations. The advantage over inserting the GIF directly is that MOV has inter-frame compression while GIF stores each complete frame, making presentations with large GIFs sluggish. A 10-second MOV can be 10x smaller than the equivalent GIF, reducing .key file size and improving performance in animation-heavy presentations.
Yes, with the caveat that H.264 in MOV does not support an alpha channel (transparency). For overlays with transparency in Final Cut Pro you would need ProRes 4444 or a sequential PNG file. However, for opaque animation overlays on solid-color backgrounds, H.264 MOV works perfectly. Final Cut Pro 10.4+ imports the MOV generated by Convertir.ai directly without prior transcoding.
Yes. iOS has supported MOV with H.264 playback since iOS 3.1 (2009). The MOV generated by Convertir.ai can be opened directly in the iPhone Photos app, shared via AirDrop, imported into iMovie for iOS, or played in QuickTime on any Mac. It is also compatible with the attachment viewer in Mail and the Files app on iPad.
GIF has a maximum palette of 256 colors per frame (GIF89a specification, 1989). When converting to H.264/MOV, frames are converted to YCbCr color space with 8 bits per channel and no palette limit. GIF colors are mapped directly, visually improving gradient smoothness. GIF transparency (a single color designated as transparent in the palette) is filled with a black or white background in the MOV, since H.264 in Main or High profile does not support an alpha channel.
Convert GIF to MOV: animations for QuickTime, iMovie, and Final Cut Pro
The GIF format (Graphics Interchange Format) was created by CompuServe in 1987 and extended with animation support in the GIF89a specification of July 1989. For over three decades, GIF has been the dominant format for short animations on the internet, memes, and digital communication. However, Apple's production ecosystem — QuickTime Player, iMovie, Final Cut Pro, Motion, and Keynote — has limited or no compatibility with animated GIFs. QuickTime Player opens GIF files but displays only the first frame as a static image. iMovie does not import GIFs into the timeline. Final Cut Pro does not recognize GIF as an editable video clip. To use a GIF animation in any of these applications, the correct path is to convert it to MOV, the QuickTime container format Apple has developed since 1991.
The MOV format (QuickTime File Format) uses a hierarchical atom structure to organize metadata and media streams. With the H.264 codec (also called AVC, standardized by ITU-T in 2003), a MOV file provides temporal compression that GIF lacks: H.264 uses keyframes (I-frames) and difference frames (P-frames and B-frames) to store only the changes between consecutive frames. This means a 10-second animation in MOV/H.264 can be 5 to 20 times smaller than the equivalent GIF. For Keynote, this is especially significant: a presentation with multiple GIF animations can exceed 100 MB and become sluggish, while the same GIFs converted to MOV reduce the .key file to under 10 MB while maintaining the same visual quality. In a Final Cut Pro workflow, MOV files generated by Convertir.ai import directly as clips in the library without needing additional transcoding to ProRes.
Convertir.ai runs the GIF-to-MOV conversion entirely in the browser using FFmpeg.wasm, the WebAssembly build of the FFmpeg framework. The technical process begins with frame-by-frame GIF decoding using libavcodec's gif decoder, which reads Graphic Control Extension blocks to get each frame's delay (in hundredths of a second, with 0 treated as 10ms per GIF89a). Each 256-color palette frame is converted to the YCbCr 4:2:0 color space required by H.264. H.264 encoding is performed with libx264 at CRF 18, wrapped in the QuickTime MOV container. The result is a MOV file playable in QuickTime Player 7+, QuickTime Player 10+, iMovie 10.x, Final Cut Pro X, and Motion 5 on macOS, as well as any iOS or iPadOS device running iOS 3.1 or later. Because processing happens locally, there are no size limits beyond the device's available RAM, and private or sensitive animations never leave the user's browser.