TIFF to JPG
TIFF files are the gold standard for professional photography and print — but their massive file sizes make them impractical for web, email, or everyday sharing. Converting TIFF to JPG produces shareable files at a fraction of the size. FluidConvert converts TIFF to JPG free in your browser.
Drop your file here, or browse
Accepts: image/tiff, .tiff, .tif · Max 1GB · always free
We try this conversion in your browser first. If it cannot run locally, the file is uploaded for server conversion.
Choose your .TIFF file and we'll convert it to .JPG format — fast, free, and secure.
Fast & Free
Convert files up to 1GB completely free. No account, no limits.
Secure
Uploads use TLS encryption. Supported image conversions can run in your browser.
Check Your Result
Quality, transparency, and supported features depend on the output format. Keep your original file.
How to Convert TIFF to JPG
Upload Your File
Click the upload area above or drag and drop your .TIFF file. We support files up to 1GB, completely free.
Check the Output Format
The target format is .JPG. Click Convert Now to start.
Download Your File
When conversion finishes, download your file and open it to check the result.
About TIFF to JPG
What is TIFF?
TIFF (Tagged Image File Format) was developed in 1986 and is the professional standard for high-quality image storage. It supports lossless compression (or no compression), multiple layers, 16-bit per channel color depth, CMYK color space, and embedded metadata — making it the preferred format for raw scans, professional photography, print production, and medical imaging. A full-resolution TIFF from a flatbed scanner or medium-format camera can easily exceed 200MB.
Why convert to JPG?
TIFF's enormous file sizes make it unsuitable for web publishing, email, social media, or any scenario where storage and bandwidth matter. Convert TIFF to JPG when sharing photos with clients, uploading to websites, emailing proofs, or distributing content that doesn't require print-quality resolution. JPG makes your images accessible without specialized software or excessive storage.
What to expect from the conversion
TIFF to JPG involves significant size reduction through lossy compression. A 150MB TIFF might become 3-8MB as a high-quality JPG — a 95%+ reduction. At quality settings of 85-95%, the visual difference is imperceptible on screen. 16-bit TIFF color data is downsampled to 8-bit JPG. CMYK TIFFs are converted to RGB for JPG compatibility. EXIF metadata is preserved. Any layers in a layered TIFF are flattened before conversion.
How FluidConvert handles it
We handle single-layer and multi-page TIFFs, CMYK to RGB conversion, and 16-bit to 8-bit color downsampling automatically. Output JPGs are encoded at high quality settings to maximize image fidelity.
Common reasons to convert TIFF to JPG
- Sharing scanned document or photo TIFFs with clients via email where file size matters
- Converting a photographer's TIFF deliverables to JPG for uploading to an online portfolio or social media
- Reducing archival TIFF scans to JPG for embedding in web-based digital collections or library catalogs
- Converting large TIFF product images from a studio shoot to JPG for e-commerce platform upload
Frequently Asked Questions
Will I lose significant quality converting TIFF to JPG at high quality settings?
At 90-95% JPG quality, the visual difference from a TIFF original is negligible on screen and in standard prints up to A3 size. You'd only notice quality loss at very high magnification or in comparison on a calibrated monitor. For archival purposes, always keep your master TIFF.
Can I convert a multi-page TIFF to JPG?
Multi-page TIFFs (commonly used for scanned documents) are converted to multiple individual JPG files, one per page. Each page is exported as a separate JPG numbered sequentially.
Does converting TIFF to JPG preserve the EXIF metadata?
Camera EXIF data (capture date, camera model, focal length, ISO, GPS coordinates) embedded in the TIFF is transferred to the JPG output. Color profile (ICC profile) data may be preserved or downsampled to sRGB depending on the source.