TIFF to MPEG Converter

How to Convert TIFF to MPEG Online

1. Upload Your TIFF Files: Drag and drop or click "+ Add Files" to select one or more .tif / .tiff images. Batch upload is supported — drop a whole numbered sequence (e.g. frame_001.tif, frame_002.tif, ...) and the converter will treat them as ordered frames.
2. Pick a Merge Strategy and Duration: Set Merge strategy to "Merge images" to stitch every TIFF into one MPEG, or "Video per image" to emit a separate clip per file. Set Duration (per frame) to 1/24, 1/30, or 1/60 second for true motion playback, or 1-10 seconds per frame for a slideshow.
3. Choose Quality Preset, Resolution, and Background (Optional): Under File Compression, switch between Constant Quality and Constraint Quality, then pick a Preset from Lowest to Highest (default Very High). Under Video resolution, keep original or choose a Fixed/Preset Resolution like 1920x1080, 1280x720, or 854x480. Pick a Background Color (default Black) — used to letterbox images that don't match the target aspect ratio.
4. Convert and Download: Click Convert. Files process server-side, then download as a standards-compliant .mpeg (MPEG-1 Program Stream) — no sign-up, no watermark.

Why Convert TIFF to MPEG?

TIFF (Tagged Image File Format), created by Aldus in 1986 and stabilised at 6.0 in June 1992, is the archival workhorse for scans, microscopy frames, scientific captures, and pre-press masters — a single TIFF (or BigTIFF) can hold multiple subfiles, so a "stack" of frames is already a sequence on disk. MPEG, the .mpeg/.mpg container, almost always wraps an MPEG-1 Program Stream (finalised November 1992) at roughly 1.5 Mbit/s — old, but universally playable by hardware DVD/VCD players, embedded devices, and any modern player via FFmpeg/VLC.

• Time-lapse and stop-motion — Cameras tethered for astronomy, weather, or product shoots often dump TIFF frames every few seconds. Stitching them into MPEG at 1/24 or 1/30 second per frame turns hours of captures into a watchable clip.
• Microscopy and lab playback — Confocal microscopes, CT scanners, and electron-microscope rigs export multi-page TIFF stacks. Rendering as MPEG lets you scrub Z-stacks or time-series in any player without ImageJ.
• Legacy DVD / VCD authoring — MPEG-1 is the Video CD spec (352x240 NTSC / 352x288 PAL) and MPEG-2 Program Stream is the DVD-Video spec. Convert a TIFF storyboard or title sequence into MPEG and it'll author cleanly in tools that still expect Program Stream input.
• Frame-accurate review — Compositors and VFX artists hand off TIFF EXR-adjacent renders; an MPEG dailies cut at 1/24 second per frame mirrors the project frame rate for client review.
• Embedded and kiosk playback — Many older signage players, in-car DVD units, and industrial HMIs only accept MPEG-1/2 Program Stream. A TIFF scan converted to MPEG plays where MP4/H.264 won't decode.
• Archive-friendly delivery — MPEG-1 plays back without modern codec licensing concerns and decodes on essentially every CPU made since the late 1990s, making it a safe long-tail container for institutional archives.

TIFF vs MPEG — Format Comparison

Frame Rate and Duration Quick Guide

Frequently Asked Questions

Will a multi-page TIFF be turned into a single video automatically?

Yes — with Merge strategy set to "Merge images," every page in a multi-page TIFF becomes a sequential frame in the output MPEG, ordered as stored in the file. If you upload several single-page TIFFs, they'll be merged in upload order (alphanumeric filenames sort cleanest, e.g. frame_001.tif ... frame_120.tif).

Why MPEG-1 and not MPEG-4 or H.264?

The .mpeg / .mpg extension historically refers to an MPEG-1 (or MPEG-2) Program Stream. That's what older DVD players, VCD authoring tools, embedded signage decoders, and broadcast capture cards expect. If you need modern H.264 or H.265 instead, use TIFF to MP4 or TIFF to MOV — those wrap H.264 by default and are better for web playback. Use TIFF to MPEG-2 if you specifically need the DVD-Video Program Stream variant at 1.5-15 Mbit/s.

My TIFFs are 16-bit or 32-bit float — will detail survive?

MPEG-1 video is 8-bit 4:2:0 YUV, so any 10/12/16-bit colour depth and HDR data is quantised down on encode. For archival fidelity, keep the TIFF master and treat the MPEG as a viewing proxy. If you need a higher-bit-depth video target, ProRes or DNxHR via MOV is the better route.

Can I set a specific resolution, like 1920x1080 or 720p?

Yes. Under Video resolution, pick Fixed Resolutions (1920x1080, 1280x720, 854x480, etc.) or Preset Resolutions (1080p, 720p, 480p, 360p). You can also enter custom Width x Height or scale by percentage. If a TIFF doesn't match the target aspect ratio, the Background Color setting fills the letterbox bars — default Black, but Aqua through Yellow are available.

Does the output include audio?

No. TIFF stores only image data, so the MPEG output is video-only by default. If you need to mux in a soundtrack, encode the silent MPEG here, then add audio in a video editor like Premiere, DaVinci Resolve, or the free Shotcut.

How long can the resulting MPEG be?

There's no hard duration cap in the MPEG-1 Program Stream spec — practical length depends on bitrate and how many TIFF frames you upload. At Video CD bitrate (~1.15 Mbit/s), a 2 GB file gives roughly 4 hours. For long sequences, expect the merged MPEG to be much smaller than the sum of the source TIFFs, which are typically uncompressed or lightly compressed.

My TIFF uses CMYK or LAB colour — will the conversion work?

Yes, but the encoder converts to sRGB / YUV 4:2:0 internally. CMYK proofing colour will shift; if accurate colour matters (pre-press, fine-art reproduction), embed an ICC profile and convert the TIFF to sRGB before encoding to MPEG.

What if my image sequence has gaps in the numbering?

The converter merges files in the order they're uploaded, so it tolerates gaps — frame_001.tif, frame_005.tif, frame_010.tif will become three consecutive frames in the output. If you need missing frames to render as black or held, insert placeholder TIFFs at the right positions before uploading.

Is MPEG-1 still safe to use in 2026?

For playback compatibility, yes — MPEG-1 plays in VLC, ffplay, QuickTime, Windows Media Player, and effectively every hardware decoder built since the late 1990s, and its patents have long expired. For storage efficiency or streaming, no — H.264 (TIFF to MP4) typically gives 3-5x better compression at the same visual quality.