TIF to MPEG Converter

How to Convert TIF to MPEG Online

1. Upload Your TIF Files: Drag and drop or click "Add Files" to select one or more .tif or .tiff images. Both extensions are accepted — they refer to the same Tagged Image File Format. Batch is supported, so a full image sequence can be uploaded in one go.
2. Pick Merge Strategy and Duration: Choose "Merge images" to stitch every TIF into one MPEG video in upload order, or "Video per image" to output one MPEG per file. Set Duration per frame from 1/60s (single-frame at 60 fps) up to 10 seconds — pick 1/24s or 1/30s for cinematic timelapse, 3-5s for slideshows.
3. Set Quality Preset, Codec and Resolution (Optional): Quality Preset defaults to "Very High (Recommended)" and ranges from Highest down to Lowest. The default video codec is MPEG-1 (VCD-compatible); switch to MPEG-2 for DVD-Video / SVCD or H.264 for modern players. Pick a Resolution — Keep Original, a preset (4320p down to 144p), or custom Width × Height. Background Color fills letterboxing around mismatched aspect ratios (White is the default).
4. Convert and Download: Click Convert. Files are uploaded over an encrypted connection, processed on our servers, and deleted automatically after a few hours — no sign-up, no watermark, never shared. Each output is delivered as a standalone .mpeg file.

Why Convert TIF to MPEG?

TIFF (Tagged Image File Format) was created by Aldus Corporation in 1986 for desktop publishing and is now maintained by Adobe (Aldus was acquired in 1994; the current public spec is Revision 6.0 from 1992 plus extensions). It stores lossless, high-bit-depth raster data and is the working format of choice in print, archival imaging, GIS, and microscopy. MPEG, in this converter, refers to MPEG-1 Video (ISO/IEC 11172, published 1993) by default, with MPEG-2 (ISO/IEC 13818, 1995) and modern codecs available — the format your DVD player, broadcast playout server, or legacy media kiosk understands without a plugin.

• DVD and VCD authoring — VCD uses MPEG-1 at 352×240 (NTSC) or 352×288 (PAL); DVD-Video uses MPEG-2 at 720×480/720×576. Render TIF scans or photo plates straight to spec for disc burning.
• Broadcast and playout systems — Many station automation servers and digital signage players accept MPEG-2 transport streams natively. TIF master plates from a designer become air-ready video without an Avid or Premiere round-trip.
• Microscopy and scientific timelapse — Fiji/ImageJ exports TIFF stacks as the canonical raw format; converting to MPEG produces shareable presentation video while keeping the originals lossless. Use 1/24s or 1/15s per frame depending on the subject.
• Astrophotography and satellite imagery — Sequential TIFF captures (planetary lucky-imaging stacks, Sentinel/Landsat composites) animate to MPEG for talks and reports.
• Document and slide-deck videos — Convert scanned TIF plates from archives to a single MPEG slideshow with 3-5 second holds — plays on every system in a meeting room, no PowerPoint needed.
• Time-lapse from DSLR or interval shooters — Cameras that record sequential TIFFs (Magic Lantern, Pentax, some studio rigs) often need MPEG output for proofing on legacy editing decks or kiosks.

TIF vs MPEG-1 vs MPEG-2 — Format Comparison

Frame Duration to FPS Quick Guide

Frequently Asked Questions

Why MPEG-1 by default instead of H.264 or MPEG-4?

The container extension .mpeg historically denotes MPEG-1 System Streams or MPEG-2 Program Streams. MPEG-1 is the safest default for .mpeg files because every DVD player, hardware media kiosk, and software player on the planet decodes it. If you need modern compression efficiency, switch the Video Codec dropdown under Advanced settings to H.264, MPEG-2, MPEG-4, or H.265 — but you may want .mp4 as the container instead; in that case use the TIF to MP4 converter, which is the better default pairing for H.264.

My TIFFs are 16-bit per channel — does that survive the conversion?

No. MPEG-1 and MPEG-2 are both 8-bit-per-channel 4:2:0 (and 4:2:2 for MPEG-2) codecs, so 16-bit-per-channel input is downsampled to 8-bit during encode. If you need to preserve high-bit-depth grading for HDR work, the answer is to keep TIFF as your master and only render MPEG as a presentation copy. None of the codecs offered by .mpeg were designed for HDR — you would want H.265 Main10 in an MP4 or MKV container for 10-bit output.

Can I make a DVD-spec MPEG-2 video?

Yes. Set Video Codec to MPEG-2, Resolution to 720×480 (NTSC) or 720×576 (PAL), and Audio Codec to AC-3 or MP2. The output is a DVD-compatible elementary stream. You will still need an authoring tool (DVD Styler, Adobe Encore archives, ImgBurn) to multiplex it into a VIDEO_TS folder for burning — this converter produces the video stream, not a finished DVD image.

What frame rate should I pick for a timelapse?

It depends on subject motion. Cloud and weather timelapse looks natural at 24 fps (Image Duration 1/24s); urban traffic and crowd scenes benefit from 30 fps (1/30s); slow biological subjects like plant growth or microscopy cells often look better at 12-15 fps so each new state registers. As a rule of thumb, faster motion in the original interval shooting wants higher fps on playback.

How does this differ from the TIF to MPG converter?

.mpg and .mpeg are alternate extensions for the same MPEG Program Stream container — there is no technical difference between the files produced. Pick whichever extension your downstream tool expects. We expose both so the file association on your system stays clean. See also TIF to MPG and TIF to MPEG-2 for explicit MPEG-2-defaulted output.

Does the converter accept multi-page TIFF files?

A multi-page TIFF (one .tif file containing many image directories — common from fax, scanner, and scientific stacks) is treated as multiple frames. Page order in the file becomes frame order in the output video. If you upload several multi-page TIFFs with "Merge images" selected, all pages are concatenated in upload order.

Why is the output video so much larger than my TIFFs combined?

Often it isn't, but it can be when you upload very few highly-compressible TIFFs. MPEG-1 has a minimum overhead per group-of-pictures and a minimum bitrate floor needed for predictable playback. For ten short slides at 1080p, the encoder will reach for ~1-2 MB/s regardless of how simple the images are. Lower the Quality Preset to Medium or Low, drop the Resolution to 720p, or — if file size matters more than legacy compatibility — switch to MJPEG or H.264 in Advanced settings.

Will the colors match my TIFFs exactly?

Close, but not exactly. TIFF can store any color space (sRGB, Adobe RGB, ProPhoto RGB, custom ICC profiles); MPEG video is BT.601 (SD) or BT.709 (HD) Y'CbCr at 4:2:0. Wide-gamut TIFFs are converted to BT.709 sRGB-equivalent on encode, so saturated reds and deep blues shift slightly. Set the Background Color to match your image edges if you have letterboxing — the default is White.

Can I add audio or just have silent video?

The default for this image-to-video flow is silent (audio track stripped) because still images carry no audio. If you need a soundtrack, convert to MPEG silent first, then mux audio in a video editor (DaVinci Resolve, Shotcut, Avidemux) or use FFmpeg -i video.mpeg -i audio.mp3 -c copy out.mpeg. The audio codec dropdown (MP2, AC-3, AAC) governs what would be used if audio were attached.