CR2 to TIFF Converter

How to Convert CR2 to TIFF (Step-by-Step)

This guide is for Canon shooters who want an editable, lossless copy of a RAW frame that opens everywhere — without keeping the proprietary CR2 as their only master. You will end up with a TIFF that holds the full demosaiced image and far more editing headroom than an 8-bit JPG or PNG.

How to Convert CR2 to TIFF

1. Upload Your CR2 File: Drag your .cr2 files onto the page or click "Add Files." You can queue several frames at once and they convert with the same settings. Files are uploaded over an encrypted connection, processed on our servers, and deleted automatically after a few hours — no sign-up, no watermark.
2. Set the Compression Type: In Advanced Options, pick Compression Type. LZW is lossless and the safest, most compatible default; DEFLATE (ZIP) is lossless and often a touch smaller; JPEG is lossy and defeats the point of TIFF — skip it for masters.
3. Keep the Resolution at Original: Under Image resolution, leave "Keep original" so the TIFF comes out at full pixel dimensions. Only downscale if you specifically need a smaller web copy.
4. Convert and Download: Click "Convert" and download your TIFF — a flat, demosaiced RGB image any editor will open. No sign-up, no watermark.

Step-by-Step, in Detail

• Step 1 — Upload: Because a CR2 is RAW sensor data, each file is larger than a finished photo, so the upload itself is usually the slowest part on a weak connection. Queue a whole shoot and let it run.
• Step 2 — Compression Type: This is the single most important choice for a TIFF. Use LZW for archival or print masters — every pixel value is preserved and almost every viewer, editor, and print RIP reads it. Use DEFLATE (ZIP) when file size matters and you control the downstream software. Avoid JPEG unless you only need a quick proof. Leave Quality Preset on "Very High" so the demosaic keeps maximum detail.
• Step 3 — Resolution: Downscaling here permanently reduces resolution, so keep the master full-size and resize a copy later if you need one.
• Step 4 — Download: The output is a neutral, demosaiced render — see the colour and white-balance notes below before you panic about flat-looking results.

CR2 vs TIFF at a Glance

Knowing what each format actually stores explains every decision in the steps above.

Common Errors and How to Fix Them

• "The TIFF is huge — 60 to 100 MB" — That is expected. A lossless 16-bit TIFF stores every pixel uncompressed-equivalent, so it is normal for a full-frame TIFF to dwarf the original CR2. Switch Compression Type from LZW to DEFLATE for a modest reduction, or export JPG instead if you only need a viewer copy.
• "Colors look flat or washed out versus my camera preview" — A CR2 embeds a camera-rendered JPEG preview with Canon's picture style baked in; the TIFF is the neutral demosaiced result before that look is applied. Add contrast, saturation, and a tone curve in your editor — the data to do so is all there in 16-bit.
• "My old viewer won't open the TIFF" — Some legacy or lightweight viewers choke on LZW or DEFLATE TIFFs. Re-run the conversion with Compression Type set to LZW (the most widely supported), or open it in Photoshop, GIMP, Affinity Photo, or macOS Preview.
• "The white balance is wrong" — TIFF bakes in a single white-balance interpretation at conversion time; unlike RAW you cannot freely re-pick it afterward without quality loss. If you need to keep white balance fully adjustable, keep the CR2 as the master and re-export.

When This Doesn't Work

TIFF is the best non-RAW archival and editing target, but it is still a demosaiced render — not the original Bayer mosaic. The RAW-only freedoms (recovering several stops of highlight, fully re-doing white balance, swapping the demosaic algorithm) live in the CR2, not the TIFF. So treat the TIFF as an excellent working and print master, and keep the CR2 itself as your permanent negative. If a file fails to convert, it is usually a CR3 (Canon's newer format) renamed to .cr2, or a partial copy from a corrupted card — re-copy it from the camera and try again. If you only need a small shareable image rather than an editing master, convert the CR2 to JPG instead; if you shoot Nikon as well, the same lossless workflow applies to NEF to TIFF.

Frequently Asked Questions

Why convert CR2 to TIFF instead of JPG?

TIFF keeps the image lossless and supports 16 bits per channel, so shadows, highlights, and gradients survive heavy editing without banding. JPG is 8-bit and lossy, which is fine for sharing but loses headroom every time you re-save. Convert to TIFF when the file is going into Photoshop, a print lab, or a long-term archive; convert to JPG when you just need to email or post it.

Does the TIFF keep all the detail my CR2 captured?

It keeps the full demosaiced detail and pixel dimensions, and at 16-bit it preserves the tonal range your sensor recorded. What it does not keep is the RAW flexibility itself — the TIFF is the rendered result, so you cannot re-do the demosaic or recover clipped highlights the way you can from the CR2. For maximum fidelity, keep both: the CR2 as the negative and the TIFF as the editable master.

Should I pick LZW or DEFLATE compression for my TIFF?

Both are lossless, so neither degrades the image. LZW has the widest compatibility — virtually every editor and print RIP reads it — so it is the safest archival choice. DEFLATE (ZIP) usually produces a slightly smaller file but is occasionally unsupported by older print software. In our testing, on a 24-megapixel Canon frame DEFLATE came out a few percent smaller than LZW, with no visible difference; we recommend LZW unless you control the downstream software and want the smaller file.

Is my Canon EXIF and lens metadata preserved?

TIFF can carry EXIF, so shooting data such as shutter speed, aperture, ISO, and lens model is generally retained through the conversion. Note that the proprietary Canon maker-note fields (Canon-specific settings like the in-camera picture style) are not all standardized in TIFF, so some camera-specific tags may not survive. The core EXIF block does.

Why is the TIFF so much larger than the CR2?

A CR2 stores a single mosaic of sensor values with lossless JPEG compression, while the TIFF stores three full color channels per pixel after demosaicing — roughly three times the data before compression. Even lossless LZW or DEFLATE cannot shrink photographic detail much, so a TIFF master is routinely 60-100 MB for a full-frame image. That size is the cost of a lossless, editable, universally readable file.

Will the TIFF open on Windows, Mac, and in print software?

TIFF has been a cross-platform standard since Aldus released it in 1986, and the current TIFF 6.0 specification dates to 1992, so support is deep and stable. Photoshop, Lightroom, GIMP, Affinity Photo, macOS Preview, and professional layout tools like InDesign all open it. For the broadest compatibility with older or specialized print software, use LZW compression rather than DEFLATE.