TIFF vs JPG: When to Use Each in Photography and Design

TIFF and JPG are the two most widely used image formats in professional photography, but they serve very different purposes. Using the wrong one can degrade your work or produce unnecessarily large files.

JPG: the universal lossy format

JPG (JPEG, Joint Photographic Experts Group) uses lossy compression to significantly reduce file size. Every time you save a JPG, the algorithm permanently discards some image information.

• Compression: lossy
• File size: small (1–15 MB typically for photos)
• Color depth: 8-bit per channel
• Layers: no — flattened on save
• Transparency: no
• EXIF metadata: yes
• Compatibility: universal

TIFF: the professional lossless format

TIFF (Tagged Image File Format) is a flexible container that can store images uncompressed or with lossless compression (LZW, ZIP).

• Compression: none or lossless (LZW, ZIP)
• File size: large (10–100+ MB for photos)
• Color depth: 8-bit, 16-bit, or 32-bit per channel
• Layers: yes (Photoshop TIFF can store layers)
• Transparency: yes (alpha channel)
• Metadata: extensive (EXIF, IPTC, XMP)
• Compatibility: excellent in professional software; limited on the web

Direct comparison

Aspect	TIFF	JPG
Quality	Lossless (identical to original)	Lossy (irrecoverable)
24 MP photo size	70–140 MB (uncompressed)	3–15 MB
Re-editing without degradation	Yes	No (cumulative loss)
Professional printing	Standard	Acceptable at good quality settings
Web	Not recommended	Standard
Editorial workflow	Yes	Final output only
Bit depth (HDR)	16-bit or 32-bit	8-bit only

When to use TIFF

Use TIFF when:

• High-quality printing: professional printers prefer TIFF to avoid JPG compression artifacts
• Long-term archiving: keeping the lossless master for future editing
• Editing workflow: if you'll make multiple saves/exports, TIFF prevents generational loss
• You need 16-bit: 16-bit per channel editing enables more precise adjustments without posterization (especially in skies, gradients, shadows)
• Photoshop layers: TIFF can store PS layers (though PSD is more common for this)
• Large-format print files (posters, banners)

Use JPG when:

• Web and social media: TIFF isn't supported by browsers
• Email or messaging: TIFF file sizes are impractical
• Final output with no further editing: JPG at 90% quality is sufficient for distribution
• Event photography: when volume matters more than the perfect master

The correct workflow

RAW capture (CR2/NEF/ARW)
    ↓
Edit in Lightroom/Capture One/Darktable
    ↓
Export to TIFF 16-bit if:
  ├── You need further editing in Photoshop
  ├── You're going to print
  └── Long-term archiving
    ↓
Export to JPG 85–95% if:
  ├── Web/social media
  ├── Email
  └── Client proofing delivery

File size reference (24 megapixels)

Format	Settings	Approx. size
TIFF	Uncompressed, 8-bit	~70 MB
TIFF	LZW, 8-bit	~35–50 MB
TIFF	Uncompressed, 16-bit	~140 MB
TIFF	LZW, 16-bit	~60–80 MB
JPG	Quality 95%	~10–15 MB
JPG	Quality 80%	~4–7 MB
JPG	Quality 60%	~2–3 MB

Convert TIFF to JPG

If you have TIFF files and need JPG for distribution:

1. Online: KaijuConverter — TIFF to JPG
2. Photoshop: File → Save a Copy → JPEG → adjust quality
3. ImageMagick:

convert -quality 90 image.tiff image.jpg
# or in batch:
for f in *.tiff; do convert -quality 90 "$f" "${f%.tiff}.jpg"; done

TIFF vs PNG for graphics with transparency

If you need transparency and lossless quality for design use:

• TIFF with alpha: compatible with Photoshop, InDesign, professional printing
• PNG-32: better for web and general compatibility
• Lossless WebP: best for modern web (smaller size)

For print production workflows: TIFF. For web: PNG or WebP.