MTS to TIFF Converter

Convert MTS to TIFF: What This Tutorial Covers

This walks you through pulling a single, lossless still frame out of an AVCHD camcorder clip (.mts) and saving it as a TIFF — the format print shops, archivists, and photo editors expect. MTS is usually 1080i interlaced footage, so the trickiest part is getting a clean frame without comb lines; this guide shows where that bites and how to avoid it. Your file is uploaded over an encrypted connection, processed on our servers, and deleted automatically a few hours after conversion — no sign-up, no watermark, never shared.

How to Convert MTS to TIFF

1. Upload Your MTS File: Drag and drop your .mts clip onto the page or click "+ Add Files". You can queue several clips and grab one frame from each in the same batch.
2. Set Frame Selection to "Specific Frame": Under Frame Selection, choose "Specific Frame" and enter a timestamp in the Time (seconds) box so the converter exports exactly one image instead of a whole "Multiple Screenshots" series.
3. Pick Compression Type and Bit Depth: Leave Compression Type on LZW for a smaller lossless file, or set it to None for an uncompressed master; choose 8-bit for standard color or 16-bit to keep more tonal headroom.
4. Convert and Download: Click "Convert" and save the TIFF. No sign-up, no watermark.

Walk-through: Picking the Right Frame and Settings

The whole job hinges on Step 2. "Specific Frame" with a value in Time (seconds) extracts one image at that moment — type 12 and you get the frame at 12 seconds. If you instead leave it on "Multiple Screenshots", the tool samples frames across the clip and hands you a set, which is rarely what you want for a single archival still. There is no multi-page TIFF assembled here: one TIFF file equals one frame.

A few patterns worth knowing:

• If you want the smallest lossless file: set Compression Type to LZW or Deflate. Both are lossless, so detail is identical to None — only the byte size differs.
• If a print shop demands an uncompressed master: set Compression Type to None. The file is large but maximally compatible with older prepress RIPs.
• If you are grading or compositing the still: choose 16-bit Bit Depth to preserve tonal range for later edits; drop to 8-bit when the destination is screen or proof prints.
• If the file is destined for print: the converter writes a 300 DPI tag by default, which is the common minimum for sharp photographic output at size.

Common Errors and How to Fix Them

• "The frame has thin horizontal comb lines" — MTS from a camcorder is often 1080i interlaced, so a single field-paired frame shows combing on anything that moved. Pick a timestamp on a still moment, or grab the still from a deinterlaced/progressive export of the clip first.
• "My TIFF is enormous" — TIFF is lossless and stores full raster data, so a single 1080p frame can run several megabytes and a 4K frame larger still. Switch Compression Type from None to LZW to shrink it without losing quality, or export to JPG when the still only needs to be shared.
• "The colors look washed out after editing" — an 8-bit extract has limited tonal headroom; re-extract at 16-bit Bit Depth if you plan heavy color work.
• "The timestamp landed on a blurry frame" — fast pans and low light produce motion blur on individual fields. Nudge the Time (seconds) value by a fraction of a second to land on a sharper frame.
• "Nothing happens when I open the TIFF on my phone" — mobile galleries often ignore TIFF; view it in a desktop image editor, or use a JPG/PNG copy for casual viewing.

When This Doesn't Work

A handful of clips resist a clean grab. Heavily interlaced fast-action footage may never yield a perfectly sharp single field — for those, deinterlace the whole clip in a video editor and screenshot the progressive result. Corrupted or partially-transferred .mts files (a frequent issue when copying straight off a camcorder's AVCHD folder structure) can fail to seek to a timestamp; re-copy the original from the card. And if you only need a quick, web-friendly preview rather than a lossless master, the .tiff long extension and the legacy .tif 8.3 extension are the same format — see the MTS to TIF page for the short-extension version of this exact conversion.

Frequently Asked Questions

Is the TIFF I get the same as a TIF file?

Yes. TIFF and TIF are one identical format — the only difference is the spelling of the extension. .tiff is the modern four-letter name and .tif is the older three-letter form left over from the 8.3 filename era. You can rename one to the other freely. If you specifically need the .tif extension, use the MTS to TIF converter instead.

Why is my MTS frame interlaced and how do I avoid comb lines?

AVCHD camcorders from Sony and Panasonic commonly record 1080i, which means each frame is built from two interlaced fields captured a moment apart. When the subject moves, a single extracted frame shows thin horizontal "comb" lines. Picking a timestamp during a still moment avoids most of it; for moving subjects, deinterlace the clip in a video editor first, then extract the frame.

Will the extracted TIFF lose any quality?

The TIFF itself is lossless — with LZW, Deflate, or None as the Compression Type, the pixels are stored without any quality loss. The one caveat is the source: MTS is H.264-compressed at the camcorder, so the frame can only be as sharp as the original recording. The conversion adds no further loss on top of that.

How big is a single TIFF frame from a 1080p MTS clip?

In our testing, a single 1920×1080 frame saved as an LZW-compressed TIFF lands in the low single-digit megabytes, while the same frame uncompressed (Compression Type: None) is roughly 6 MB. A 4K frame is several times larger. Use LZW or Deflate to keep the file lossless but smaller.

Can I get one TIFF that holds every frame of the video?

No. This tool extracts a still image — one TIFF equals one frame at the timestamp you choose. It does not assemble a multi-page TIFF or a frame sequence inside a single file. To pull several moments, run "Multiple Screenshots" or convert at a few different timestamps.

Should I choose TIFF or JPG for my camcorder still?

Choose TIFF when the still is headed for print, archival storage, or further editing — it is lossless and carries 8- or 16-bit color. Choose JPG when you just need a small, shareable image for the web or messaging, since a JPG of the same frame is a fraction of the size.