Video to TIFF Converter

How to Extract TIFF Frames from Video Online

1. Upload Your Video: Drag and drop or click "Add Files" to pick videos from your device. 35+ inputs are accepted including MP4, MOV, MKV, AVI, WebM, MTS/M2TS, MXF, HEVC, ProRes-wrapped MOV, and DV. Batch uploads are supported.
2. Pick Compression Type and Quality Preset: Default is uncompressed TIFF (largest file, no encode step). Switch Compression Type to LZW for ~30–50% smaller files with identical pixels, or pick a Quality Preset if you want a faster export at slightly lower fidelity. Confirm File extension is .tif.
3. Set Image Resolution and Frame Selection (Optional): Use Preset Resolutions (4320p / 2160p / 1440p / 1080p / 720p / 480p / 360p / 240p / 144p), Resolution Percentage to scale 1–200%, or enter exact Width × Height. Then pick Specific Frame (enter a timestamp in seconds for one frame) or Multiple Screenshots (interval-based extraction across the clip).
4. Convert and Download: Click Convert. Frames render in your browser session and download as individual .tif files or a ZIP — no sign-up, no watermark.

Why Extract TIFF from Video?

TIFF (Tagged Image File Format) is the format the print, publishing, archival, scientific, and forensic communities standardized on for raster stills. Adobe's TIFF 6.0 specification dates to June 1992 and is still the active version; LZW is a popular lossless extension to it. Pulling frames out as TIFF instead of JPG keeps every pixel exact for downstream color work, large-format print, or evidence-grade analysis.

• Print production from a video grab — A clean 4K frame (3840×2160 = ~8.3 MP) prints sharp to about 12.8×7.2 inches at 300 DPI, or a full 8.5×11 at ~270 DPI, with no JPEG artifacts in skin tones or gradients. Editorial and ad shops accept TIFF; many reject JPG for hero imagery.
• Forensic and legal review — TIFF preserves the original pixel data without lossy re-encoding, which matters when frames will be enlarged, color-analyzed, or admitted as evidence. JPG's 8×8 DCT blocks are visible under enlargement.
• Scientific and medical imaging — Microscopy, telescopy, surgical recordings, and slow-motion biomechanics often need 16-bit dynamic range and zero compression artifacts. TIFF carries 8/16/32-bit channels; JPG is 8-bit only.
• Archival and museum preservation — TIFF is the canonical archival raster format used by national libraries and standards bodies because of its open specification, lossless options, and rich metadata. Frames captured today will still open in 30 years.
• Asset libraries for designers and VFX — Pull texture references, plate stills, or hero frames from drone, gimbal, or studio footage and hand them to Photoshop, Affinity Photo, or Capture One without intermediate JPG quality loss.
• AI/ML training data — Many computer-vision pipelines prefer uncompressed TIFF over JPG to avoid teaching the model JPG block artifacts.

Video Frame as TIFF vs PNG vs JPG

Compression Type Quick Guide

Frequently Asked Questions

Why are TIFF frames so much larger than the source MP4?

The MP4 stores a few keyframes plus motion vectors and residuals — most "frames" in an H.264 or HEVC stream are reconstructed from neighbors and never exist as full pixel grids on disk. When you extract, every output frame becomes a complete uncompressed (or LZW-compressed) raster. A 1-minute 4K 30 fps clip is ~1,800 frames × ~25 MB each = ~45 GB as uncompressed TIFF. LZW typically cuts that by 30–50% on natural-image content. Extract only the timestamps you actually need rather than every frame.

Will the extracted TIFF be higher quality than the source video frame?

No tool can add detail that's not in the source. Extraction preserves whatever the codec already encoded — if the input is a 4K H.265 clip at 50 Mbps, the TIFF holds those pixels verbatim with no further loss. If the source is a heavily compressed 720p clip, the TIFF will look identical to that 720p frame, just stored losslessly. Use TIFF to preserve fidelity, not manufacture it.

Should I pick uncompressed TIFF or LZW?

LZW is lossless — decoded pixels are mathematically identical to uncompressed. For 8-bit photographic frames LZW typically shrinks files 30–50% and is supported by virtually every TIFF reader (Photoshop, Lightroom, Affinity, GIMP, Preview, ImageMagick). Pick uncompressed only if your downstream tool is unusual and you've hit a compatibility issue, or for the absolute safest long-term archival copy.

Why is TIFF preferred for archives over JPG or PNG?

National libraries, museums, and standards bodies recommend TIFF because the specification is open, mature (TIFF 6.0 is from 1992), supports lossless compression, carries extensive metadata (EXIF, IPTC, XMP, ICC profiles), and stores 8/16/32-bit channels including CMYK and LAB. PNG is also lossless but is web/RGB-oriented and lacks CMYK and the rich tag ecosystem; JPG is lossy and unsuitable for masters.

Can I extract a single frame at a specific timestamp?

Yes. Use Specific Frame and enter the timestamp in seconds (e.g. 12.5 for the frame closest to the 12.5-second mark). For sub-frame precision, scrub the source in a video editor first and confirm the exact second/frame number. Output is a single .tif file at the chosen resolution.

Can I extract every Nth frame for a sequence?

Yes — use Multiple Screenshots and set the interval. This is the workflow for stop-motion stills, timelapses-from-video, photogrammetry input frames, or training data sampling. Pair with a percentage resize if you don't need full source resolution.

Does the converter preserve color space and metadata?

The extracted TIFFs carry an embedded sRGB profile by default. Video color spaces (Rec. 709 for HD, Rec. 2020 / HDR10 for 4K HDR) are mapped to sRGB during extraction, which means HDR highlights are tone-mapped, not preserved with full dynamic range. For HDR-preserving workflows use a desktop tool such as DaVinci Resolve or ffmpeg with -pix_fmt rgb48le to export 16-bit linear TIFF.

Do I need TIFF, or would PNG work for my use case?

If your destination is web, screenshots, or an 8-bit RGB design tool, PNG is fine and roughly half the size. Pick TIFF when you need 16-bit channels, CMYK output, multi-page containers, print-shop intake, or true archival pedigree. See Video to PNG for the PNG path and Video to JPG for small shareable frames.

How do I rebuild a video from extracted TIFFs?

Pull the sequence back into a video with TIF to Video. Keep your output frame rate consistent with the source (typically 24, 25, 29.97, or 30 fps) or you'll see speed changes. For one-shot MP4-to-TIFF extraction skipping the video chooser, MP4 to TIF goes straight there.