TIFF to MP4 Converter

How to Convert TIFF to MP4 Online

1. Upload Your TIFF Files: Drag and drop or click "Add Files" to select TIFF or TIF images — single-page scans, multi-page document TIFFs, or numbered frame sequences from a microscope, telescope, scanner, or render farm. Batch is supported; drop in an entire folder of .tif / .tiff exports.
2. Pick a Video Codec and Quality Preset: Default is H.264 at the Medium preset — universal playback on every browser, phone, and smart TV. Switch to H.265 / HEVC for ~50% smaller files at the same quality, VP9 or AV1 for modern web playback, or MPEG-4 / Xvid / DivX for legacy device compatibility. Quality presets range Lowest → Highest, or set a custom CRF (0-51 for H.264, lower = higher quality; 18-23 is visually lossless and a sensible target for archival scans).
3. Set Image Duration, Resolution, and Background Color (Optional): Choose how long each TIFF displays — from 1/60 second (smooth-motion timelapse) up to 10 seconds per slide for a calm document review. Pick a resolution preset (240P, 360P, 480P, 720P, 1080P, 1440P, 2160P / 4K, all the way to 8K / 4320P) or aspect-specific dimensions (1080×1920 vertical for Reels / TikTok / Shorts, 1080×1080 square for Instagram, 1920×1080 landscape for YouTube). Set a background color from 24 named options for letterboxing when TIFFs don't match the output aspect.
4. Convert and Download: Click Convert. Files process on our servers and download as a single MP4 — no sign-up, no watermark, no cap on the number of input frames.

Why Convert TIFF to MP4?

TIFF (Tagged Image File Format) is the standard lossless container for high-bit-depth images — used by scanners, microscopes, telescopes, satellite imagery pipelines, prepress shops, and 3D render farms. MP4 is the universal video container for playback and sharing. Converting TIFF → MP4 turns a stack of large, archive-grade stills into one playable, shareable video file.

• Astrophotography stacks and timelapses — Telescope and astrocamera capture software (NINA, Sequence Generator Pro, SharpCap) writes raw frames as 16-bit TIFF. Stitching a night's worth of TIFFs at 1/24 or 1/30 second per frame produces a sky-rotation timelapse that fits in an MP4 instead of a multi-gigabyte folder.
• Microscopy and scientific imaging — Confocal, fluorescence, and time-lapse microscopy systems (Zeiss ZEN, Leica LAS X, ImageJ / Fiji exports) commonly output multi-page or sequential TIFF stacks. An MP4 makes cell-division, live-cell, or Z-stack data easy to share with collaborators and embed in slide decks.
• Print archive and document scanning — Library and prepress workflows scan books, maps, and historical documents to multi-page TIFF for archival fidelity. Wrapping pages into an MP4 at 4-6 seconds each produces a flip-through video for reading-room kiosks and online finding aids without exposing the raw archival masters.
• 3D render and VFX frame sequences — Blender, Cinema 4D, Houdini, and Maya often output linear or 16-bit TIFF passes for color grading. Once final, those frames need to play back as video for review, dailies, or client previews — MP4 at 24 or 30 fps is the standard delivery format.
• Satellite, drone, and GIS imagery — Mapping pipelines export GeoTIFF and standard TIFF tiles. Animating a season of cloud cover, vegetation index, or construction progress over a site as a timelapse MP4 communicates change far better than a folder of stills.
• Compressing a TIFF archive into a shareable file — A single 16-bit TIFF can be 50-200 MB. Sending 300 of them is impractical; a 1080p H.265 MP4 of the same 300 frames at 2 seconds each often lands under 100 MB and recipients just press play.

TIFF vs MP4 — Format Comparison

Frame Rate and Image Duration Quick Guide

Frequently Asked Questions

Will my 16-bit TIFFs lose dynamic range when encoded to MP4?

Yes — standard MP4 with H.264 / H.265 / VP9 stores 8-bit color (or 10-bit with HEVC Main 10, VP9 Profile 2, or AV1). High-bit-depth TIFFs from microscopy, astrophotography, or RAW pipelines are tone-mapped down during encoding. Keep your original TIFFs as the archival master and treat the MP4 as a playback / preview deliverable. For best perceived quality, pick H.265 at CRF 18-20 — it preserves subtle gradients better than H.264 at the same bitrate.

Does the converter handle multi-page TIFFs?

Yes. A multi-page TIFF (common in document scanning and microscopy Z-stacks) is read page by page and laid out as sequential frames in the MP4. Each page becomes one frame, so a 200-page scan with image duration set to 4 seconds produces a ~13-minute MP4. For mixed inputs (a multi-page TIFF plus a few single-page TIFFs), all frames are concatenated in upload order.

How long will my MP4 be if I upload N TIFFs?

Output duration = frame count × image duration. 60 TIFFs at 4 seconds each = 240 seconds (4 minutes). 1,800 timelapse frames at 1/30 second = 60 seconds. The setting is per-frame and applied uniformly. For multi-page TIFFs, the page count counts as the frame count.

Should I pick H.264 or H.265 for archival scans?

H.264 is the safe default — every browser, phone, smart TV, and social platform plays it natively. Pick H.265 (HEVC) when file size matters and your audience is on iPhone (since iOS 11 / 2017), modern Android, recent Windows 10/11, or macOS Big Sur or newer. H.265 holds detail in fine textures (paper grain, microscope features, star fields) noticeably better at the same bitrate. For embedding in a webpage or institutional repository alongside the archival TIFFs, H.265 at CRF 18-20 is hard to beat.

What happens if my TIFFs are different resolutions?

Each frame is scaled to fit inside the chosen output resolution while preserving the source aspect ratio, with empty space filled by the background color (letterbox for tall sources in a wide frame, pillarbox for the reverse). Mixed-size TIFF stacks from multiple scanners or instruments will play back without cropping. For consistent results across a dataset, resize TIFF to a common size first.

Can I trim or pick a subset of frames from a long sequence?

Yes — Video Trim sets a start time and duration on the output, and Image Drop Frames takes every 2nd / 3rd / 4th / etc. frame from a long input sequence to shorten the final video. Useful when an overnight astro session captured 5,000 frames and you want a 30-second highlight. To go the other way and pull stills back out of a finished MP4, see MP4 to TIFF.

Will the converter respect TIFF metadata (DPI, ICC profile, tags)?

TIFF metadata — DPI, ICC color profiles, GPS / GeoTIFF tags, EXIF, IPTC, and per-page tags — does not carry over to MP4, which has no equivalent fields. The pixel data is decoded, color-managed to sRGB, and re-encoded into the chosen video codec. If you need metadata preserved for an archive, keep the source TIFFs alongside the MP4 deliverable.

Can I add a soundtrack or narration to the slideshow?

This converter produces a silent MP4 by default — TIFFs have no audio. To layer in music or narration after conversion, use merge it with a video editor (DaVinci Resolve, Shotcut, CapCut, Adobe Premiere). The output respects an Audio Codec setting (AAC, MP3, AC-3, Opus) for downstream container compatibility.

Is TIFF input limited in size?

There is no hard image-count cap, but Everything runs on our servers, so very large jobs (hundreds of 16-bit 4K TIFFs) depend on upload size and connection speed. For reference: 500 × 4K TIFFs at 1 second each produces a ~5-minute 4K MP4 in the 200-500 MB range depending on codec and CRF. For massive multi-gigabyte stacks, downsample first with resize TIFF or convert to TIFF to JPG before assembling.