TIFF Converter

How to Convert TIFF to Any Format

1. Upload Your TIFF File: Drag and drop or click "Add Files". The converter accepts both .tif and .tiff (they are the same format — .tif is the legacy 8.3 short name). Multi-page TIFFs and batches are supported — drop in several scans and each one converts in parallel.
2. Pick an Output Format and Quality Preset: Choose the target from the Image File Extension dropdown — JPG, PNG, PDF, WEBP, AVIF, BMP, GIF, ICO, HEIC, and more. The default Quality Preset is "Very High (Recommended)". Switch to Target file size (%) or Specific file size to cap the output at an exact MB, or Image Quality (%) to dial the JPEG/WebP encoder by hand.
3. Set the Resolution or Lossless mode (Optional): Under Image resolution, keep original, choose a Preset Resolution, scale by percentage, or enter a custom Width × Height with aspect locked. A "Lossless?" toggle appears for a WebP target and decides whether that output keeps every pixel. Bit Depth is not a general setting here — it only appears when the target is PPM.
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.

Popular TIFF Conversions

• TIFF to JPG — shrink a print-resolution scan to a web- and email-friendly size
• TIFF to PNG — keep lossless quality plus alpha transparency for the web
• TIFF to PDF — fold a multi-page scan into one shareable document
• TIFF to WebP — modern web format, far smaller than TIFF at similar quality
• TIFF to BMP — uncompressed bitmap for legacy Windows tools
• TIFF to GIF — 256-color output for simple graphics and icons
• TIFF to AVIF — next-gen codec for the smallest high-quality web images
• TIFF to ICO — turn artwork into a Windows application or favicon icon

Why Convert a TIFF File?

TIFF (Tagged Image File Format) was created by Aldus Corporation in 1986 for desktop publishing; Adobe acquired Aldus in 1994 and still holds the copyright. The spec has had no major revision since 6.0, published June 3, 1992 — which is part of why it's so dependable: a TIFF written 30 years ago still opens today. It's a flexible container that can be uncompressed or compressed losslessly (LZW, PackBits, ZIP/Deflate), carries 1-bit, 8-bit, or 16-bit-per-channel data in RGB, CMYK, or grayscale, stores multiple pages in one file, and preserves every pixel. That makes it the default for scanning, archival, fax, professional photography, and print — but also makes the files large and awkward for everyday use.

That size and the format's print-shop lineage are exactly why people convert away from TIFF:

• Web and email — a single uncompressed TIFF can run tens of megabytes. JPG, WebP, or AVIF compress the same picture down to a fraction of that for pages, social posts, and attachments.
• Compatibility — TIFF does not display in a normal browser tab and many phones and messaging apps won't preview it. JPG and PNG open anywhere.
• Transparency — TIFF supports an alpha channel, but PNG and WebP are the formats web layouts and design tools actually expect for transparent assets.
• Sharing a multi-page scan — converting a multi-page TIFF to PDF turns a stack of pages into one document anyone can read.

TIFF Compared to Common Output Formats

Choosing a TIFF Output Format

Frequently Asked Questions

What is the difference between a .tif and a .tiff file?

There is none — .tif and .tiff are two extensions for the exact same format. The three-letter .tif survives from the old MS-DOS 8.3 filename limit, while .tiff is the longer modern spelling. Both use the same internal structure and the same image/tiff MIME type, so any tool that reads one reads the other. This converter accepts both, and you can output to either by picking TIF or TIFF in the format dropdown.

Is TIFF a lossless format?

It can be, and almost always is in practice. TIFF is a container that supports several compression schemes: no compression at all, the lossless LZW, PackBits, and ZIP/Deflate methods, and — less commonly — lossy JPEG-in-TIFF. The vast majority of TIFFs from scanners, cameras, and editing software are stored uncompressed or with lossless LZW/ZIP, which is why TIFF is trusted for archival and print masters. When you convert TIFF to JPG, AVIF, or a lossy WebP, that's where compression loss is introduced — by the target format, not by the TIFF.

Will I lose image quality converting TIFF to JPG?

Some, because JPG is a lossy format — it discards fine detail to reach its small size, and that loss is permanent. For most web and email use the difference is invisible at the "Very High" quality preset, and the size savings are dramatic (a 30 MB scan can become well under 1 MB). If you need to preserve every pixel, convert to PNG or lossless WebP instead, which keep TIFF's full detail while still opening in a browser. Pick the target based on whether small size or perfect fidelity matters more for that file.

Can this converter handle a multi-page TIFF?

Yes. TIFF can store multiple images (the spec calls them subfiles) in a single file, which is common for scanned multi-page documents and faxes. Converting a multi-page TIFF to PDF is the most natural choice — it keeps all the pages together in one shareable document. Converting to a single-frame image format like JPG or PNG will typically output the first page or one image per page depending on the file; use TIFF to PDF when you want the whole stack preserved as a document.

Can I choose a bit depth for the converted file?

Only for a PPM target — that is the one output where a Bit Depth control appears, offering 1-bit (Black & White), 8-bit (Recommended) and 16-bit (High Precision). Every other target is written at the depth that format normally uses, which is 8 bits per channel for JPG, standard PNG, and WebP, so a 16-bit TIFF source is reduced to 8-bit on the way out. If 16-bit precision from a high-end photo edit or a medical or scientific scan has to survive, keep the TIFF itself as the master.

Why is my TIFF file so much larger than a JPG?

Because TIFF preserves every pixel and is usually stored uncompressed or with lossless compression, while JPG throws away detail your eye is least likely to notice. A TIFF keeps the full data a scanner or camera captured — ideal for editing and printing, wasteful for sharing. JPG, WebP, and AVIF trade a controlled, often invisible amount of quality for files 5–20× smaller, which is why they dominate the web. Converting is simply choosing the right tool for the job: TIFF to store and print, a compressed format to send and display.

Will converting a CMYK TIFF to JPG or PNG change the colors?

It can shift them slightly. Scanners and print workflows often produce CMYK TIFFs, but JPG, PNG, and WebP are RGB formats — so the converter maps the CMYK data into RGB on output. On screen the result looks right, but a few ink-saturated colors can move a little because CMYK and RGB don't cover the same gamut. If exact print color matters, keep the CMYK TIFF as your master and treat the RGB export as a screen and web copy, where RGB is what every browser and device expects.

Are my uploaded TIFF files kept private?

Yes. Your file is uploaded over an encrypted (TLS) connection, processed on our servers, and deleted automatically after a few hours. There's no sign-up, no watermark on the output, and files are never shared or made public. In our testing, a 24-megapixel uncompressed RGB TIFF (around 72 MB) converted to a "Very High" quality JPG landed near 4–5 MB, finishing within a few seconds of the upload completing.