Video to TIFF Converter

How to Convert Video to TIFF Online

1. Upload Your Video Files: Drag and drop or click "Add Files" to select video files in any of 37 supported formats — MP4, MKV, MOV, AVI, WebM, WMV, FLV, MPG, MPEG, TS, M2TS, MTS, VOB, OGV, 3GP, ASF, AV1, AVCHD, HEVC, MXF, MJPEG, and more. Batch upload is supported.
2. Pick Frame Selection: Choose Specific Frame to extract one frame at a precise timestamp, or Multiple Screenshots to pull a sequence of stills across the clip — useful for storyboards, contact sheets, or per-frame forensic review.
3. Set Quality, Compression, and Bit Depth (Optional): Pick a Quality Preset (Highest, Very High — Recommended, High, Medium, Low, Very Low, Lowest), a Compression Type (LZW, DEFLATE, PACKBITS, JPEG, WebP, ZSTD, JP2K, or NONE for fully uncompressed), and a Bit Depth (8-bit Recommended, 16-bit High Precision, or 1-bit Black & White). Resolution can stay at the source size, scale by percent, snap to a preset from 4320p down to 144p, or use exact width/height.
4. Convert and Download: Click Convert. Files process in your browser session — no sign-up, no watermark.

Why Convert Video to TIFF?

TIFF (Tagged Image File Format) was designed by Aldus engineer Steve Carlsen in 1986 and has been maintained by Adobe since the 1994 Aldus acquisition. It is the de facto archival raster format for print, scientific imaging, and forensic work because it can store fully uncompressed pixels, lossless-compressed pixels (LZW, Deflate, PackBits), 16-bit-per-channel data, CMYK color, and rich metadata in a single container. Converting video to TIFF is the right move whenever a single PNG or JPEG won't carry enough fidelity, color depth, or metadata for downstream work.

• Forensic and legal evidence — SWGDE's Best Practices for Digital Forensic Video Analysis directs analysts to export still images from video in a lossless or uncompressed format and to document any compression choice. Uncompressed or LZW-compressed TIFF satisfies that requirement and preserves the chain-of-custody pixel data that lossy JPEG would discard.
• Print production at 300 DPI — Magazine, book, and poster workflows demand 300 DPI raster source. A 4K video frame (3840 x 2160) at 300 DPI prints cleanly at roughly 12.8 x 7.2 inches, and 16-bit TIFF preserves the tonal latitude needed for further color grading and CMYK conversion.
• VFX rotoscoping and compositing — After Effects, Nuke, and Fusion all read TIFF image sequences natively. 16-bit linear TIFFs avoid the banding that 8-bit JPEG/PNG introduces during heavy keying, color correction, or relighting passes.
• Scientific and microscopy frames — Research workflows in ImageJ/Fiji, MATLAB, and OME-Bio-Formats expect TIFF (often 16-bit grayscale) for measurement-grade image data; extracting microscope, drone, or experimental video as TIFF keeps that pipeline intact.
• Archival storage — The Library of Congress lists baseline TIFF as a preferred format for still-image preservation. Pulling key frames from video into TIFF gives long-term, vendor-neutral copies that don't require the original codec to read decades later.
• GIS and orthophoto base maps — Survey drones often deliver MP4 or H.265 footage; GIS pipelines (QGIS, ArcGIS) want georeferenced TIFF, so frame extraction is the first step before adding world files or GeoTIFF tags.

TIFF vs PNG vs JPEG for Extracted Frames

TIFF Compression Quick Guide

Frequently Asked Questions

Why pick TIFF over PNG when extracting video frames?

PNG tops out at 16-bit RGBA and uses Deflate compression only. TIFF can carry 16-bit (and even 32-bit float) pixels, CMYK for print, multi-page sequences in a single file, and your choice of LZW/Deflate/PackBits/uncompressed. If the frames are headed to print, VFX color grading, or a forensic report, TIFF gives you headroom that PNG can't match. For web or transparent overlays, Video to PNG is the simpler choice.

Does TIFF really keep every pixel from the video?

Yes — when you pick NONE or any of the lossless compressors (LZW, DEFLATE, PACKBITS, ZSTD). Be aware that the source video is itself compressed (H.264, H.265, AV1, ProRes, etc.), so the extracted frame can only be as faithful as that decoded frame. TIFF doesn't invent detail; it just stops further loss from happening downstream.

What's the difference between Specific Frame and Multiple Screenshots?

Specific Frame extracts a single TIFF at the timestamp or frame number you choose — ideal when one image will be the legal exhibit, magazine cover, or reference plate. Multiple Screenshots samples the clip at intervals and outputs a numbered TIFF sequence — useful for storyboards, contact sheets, training datasets, or frame-by-frame forensic walkthroughs.

Should I use 8-bit or 16-bit?

8-bit (256 levels per channel) is sufficient for screenshots, web reuse, and most print jobs that won't be re-graded. Choose 16-bit (65,536 levels) when the frame will go through heavy color correction, exposure pulls, or compositing — the extra precision prevents banding in skies, skin tones, and shadow recovery. Pick 1-bit only for line-art, fax-style, or threshold imagery.

Which compression should I pick for forensic or evidence work?

Pick NONE (uncompressed) or LZW. Both preserve every pixel; uncompressed is the safest for chain-of-custody documentation, and LZW is the universal lossless default in Photoshop and most analysis tools. Avoid the JPEG-in-TIFF option for evidence — it's lossy and contradicts SWGDE's lossless-export guidance.

How big will the TIFF files be?

A 1080p frame is roughly 6 MB at 8-bit LZW, ~12 MB at 8-bit uncompressed, and 24 MB at 16-bit uncompressed. A 4K (2160p) frame at 16-bit uncompressed can hit ~50 MB. If file sizes are inconvenient, drop the resolution preset, switch to 8-bit, or use DEFLATE for tighter lossless compression. After conversion you can also compress TIFF directly.

Can I extract frames from MKV, MOV, AVCHD, or HEVC files?

Yes. The converter accepts MP4, MKV, MOV, AVI, WebM, WMV, FLV, MPG, MPEG, TS, M2TS, MTS, VOB, OGV, 3GP, 3G2, ASF, AV1, AVCHD, HEVC, MXF, MJPEG, M4V, F4V, RM, RMVB, WTV, DVR, DV, CAVS, SWF, and more — 37 input extensions in total. Direct shortcuts exist for MP4 to TIFF, MOV to TIFF, MKV to TIFF, and WebM to TIFF.

Will the output match the original frame rate of the video?

Multiple Screenshots samples at the interval you choose, not at the source frame rate, so a 60 fps clip won't auto-produce 60 TIFFs per second. If you need every frame as an image sequence (true 1:1 frame extraction at native fps), trim to a short window first with Video Cutter and then run Multiple Screenshots — long clips at 60 fps generate thousands of large TIFFs and quickly fill disk space.

Why is TIFF still the archival standard after almost 40 years?

The format was finalized in 1986, the spec is open, and baseline readers all the way back to the 1992 TIFF 6.0 spec can still open today's lossless TIFFs. Adobe owns the spec but hasn't broken backward compatibility. The Library of Congress lists baseline TIFF among its recommended preservation formats for still images, which is why museums, archives, scientific journals, and courts continue to standardize on it.

Is the conversion really free and private?

Yes. There's no sign-up, no watermark, and no file count limit. Files upload over HTTPS, process on the server, and are auto-deleted shortly after the session — handy for sensitive evidence frames or unreleased creative material.