File Format Guide · 5 Min Read
TIFF vs JPEG:
The Right Format for Art
Most art files online arrive as JPEGs because JPEGs are small and fast. But for fine art printing, file size is not the priority — color depth, gradient smoothness, and the absence of compression artifacts are. This guide explains when each format belongs in your workflow and why every professional art printer asks for TIFF.
TL;DR
TIFF is a lossless format designed for archival storage and professional printing. It preserves every pixel at full color depth with no compression artifacts. JPEG is a lossy format designed for small file size and fast web delivery. It permanently discards color and detail to shrink files. For any art that will be printed, edited, or archived, use TIFF. For web display, social media, and email, JPEG is fine — but always export the JPEG from a master TIFF, never the other way around.
What Is Compression, and Why Does It Matter?
Image compression is the process of encoding image data so it takes less space on disk. There are two fundamentally different kinds of compression, and the difference between them is the single most important concept in digital imaging.
Lossless compression shrinks the file without throwing anything away. The original data can be perfectly reconstructed byte-for-byte. TIFF supports lossless compression (LZW and ZIP algorithms are common), and the resulting file is identical in quality to the original. The trade-off is file size: even with lossless compression, a high-resolution TIFF is large.
Lossy compression shrinks the file by permanently discarding data the algorithm deems "less important" — subtle color shifts in smooth areas, fine texture, edge sharpness. JPEG is the most widely used lossy format. Once data is discarded, it cannot be recovered. Saving a JPEG, then opening and re-saving it as a new JPEG, discards more data each time. This is called "generation loss" and is why JPEGs degrade with repeated editing.
The clever part of JPEG is that the discarded data is chosen to be visually invisible at normal screen sizes. On a 1920 × 1080 monitor, a high-quality JPEG looks identical to a TIFF. The difference only becomes visible when the image is enlarged, cropped, color-graded, or printed — exactly the things you do with art.
Technical Comparison: TIFF vs JPEG
The table below compares the two formats across the eight specifications that matter for art reproduction. File size estimates are for an 8K (7680 × 4320), 24-bit color image.
| Specification | TIFF | JPEG |
|---|---|---|
| Compression type | Lossless (or uncompressed) | Lossy (always) |
| Color depth supported | 8-bit, 16-bit, 32-bit per channel | 8-bit per channel only |
| File size @ 8K | ~100 MB uncompressed, ~70 MB LZW | ~15–25 MB at quality 90 |
| Color space support | Adobe RGB, ProPhoto RGB, CMYK, Lab, any ICC profile | sRGB or Adobe RGB (limited) |
| Print quality at 8K+ | Identical to original | Visible artifacts at large sizes, especially in gradients |
| Compression artifacts | None (in true lossless TIFF) | 8×8 pixel blocking, banding, mosquito noise, color fringing |
| Web use | Slow to load, not browser-native | Optimized for fast web delivery |
| Editing workflow | Non-destructive, survives repeated edits | Destructive, degrades with each save |
When to Use TIFF
TIFF is the right choice for any image that will be printed, edited, archived, or sold. The format was developed in 1986 by Aldus and Microsoft specifically as an exchange format for scanned images — exactly the use case of digitized fine art.
Use TIFF when:
- ▪You are capturing or scanning original artwork and need to preserve every detail of the source
- ▪You are sending files to a professional print service for large-format, gallery, or fine art editions
- ▪You are editing or color-grading the image and want non-destructive round-trips through Photoshop, Lightroom, or Capture One
- ▪You are archiving work for the long term — TIFF is the format museums, libraries, and government archives use
- ▪You need 16-bit color depth for smooth gradients in skies, shadows, and skin tones
- ▪You need a wide-gamut color space like Adobe RGB or ProPhoto RGB for accurate color reproduction
- ▪You are preparing master files for products that will be re-exported to other formats (JPEG, PNG, WebP) later
When to Use JPEG
JPEG is the right choice for any image that lives on a screen and never needs to be enlarged or re-edited. It is the universal language of the web and the format nearly every camera, phone, and social media platform produces by default.
Use JPEG when:
- ▪You are displaying images on a website, social media post, or email newsletter
- ▪You are producing thumbnails, previews, or gallery images for online catalogs
- ▪You are printing small snapshots, 4 × 6 or 5 × 7 inch consumer prints, or phone-case-sized merchandise
- ▪File size or bandwidth is constrained — JPEGs load faster and stream better
- ▪The image is final and will not be edited or color-corrected further
When exporting JPEGs for the web, use a quality setting of 85–92 for photographs and 90–95 for art with smooth gradients. Below 80, JPEG artifacts become visible even on screen.
Why Gallerixes Delivers Every File in TIFF
Every painting in the Gallerixes archive is delivered as an uncompressed 16-bit TIFF. This is a deliberate choice, and it has consequences for file size, download speed, and storage — all of which we accept because the alternative is lower quality prints.
Three reasons we use TIFF and only TIFF:
1. The original masters deserve lossless delivery
Our source images come from museum-grade scans, large-format photography, and licensed archival material. Every file in our library already exists as a master TIFF. Delivering a JPEG to the customer would mean re-encoding the master through a lossy algorithm — discarding exactly the data the master was created to preserve. We do not see the point of capturing at 16-bit only to ship at 8-bit.
2. Buyers need 16-bit color for professional printing
Our customers include interior designers, fine art printers, museum curators, and print-on-demand businesses. Their workflows assume 16-bit input with embedded ICC color profiles. JPEG cannot deliver either: it is 8-bit only, and its color-space support is limited to sRGB and a constrained subset of Adobe RGB. A TIFF with an embedded Adobe RGB or ProPhoto RGB profile gives the printer the color data they need to match the original.
3. The buyer controls the export
A TIFF can always become a JPEG — the buyer can export any size, quality, or color space they need for web, social, or email in seconds. A JPEG can never become a true TIFF. By delivering TIFF, we let the buyer choose the trade-off between quality and file size for each downstream use, without ever losing the master.
Frequently Asked Questions
Is TIFF better than JPEG for printing art?
+
Yes, for any print larger than 8 × 10 inches or any print that will be inspected up close, TIFF is significantly better than JPEG. TIFF is a lossless format that preserves every pixel of the original capture without compression artifacts. JPEG uses lossy compression that permanently discards color and detail information, which becomes visible at large print sizes and in smooth gradient areas like skies and skin tones.
Why are TIFF files so much larger than JPEG files?
+
A TIFF file at 8K resolution (7680 × 4320) is approximately 100 MB because it stores every pixel at full color depth with no compression. The equivalent JPEG, even at the highest quality setting, is typically 15–25 MB because JPEG discards roughly 75–90% of the original data through lossy compression. The size difference is not because TIFF is inefficient — it is because JPEG is destructive. TIFF preserves everything; JPEG preserves an approximation.
Can I convert a JPEG to TIFF for printing?
+
You can convert the file format, but you cannot recover the detail that JPEG discarded during its original compression. Converting a JPEG to TIFF produces a TIFF file that contains the same compressed, lossy data — the file is larger on disk, but the image quality is identical to the original JPEG. This is why art archivists and museums insist on capturing and storing images in TIFF from the start: any JPEG conversion is a one-way door.
Do professional printers prefer TIFF or JPEG?
+
Professional fine art print services — including the labs used by galleries, museums, and high-end photographers — overwhelmingly prefer or require TIFF. Most professional print workflows assume a 16-bit TIFF input with an embedded ICC color profile. JPEG is acceptable for small consumer-grade prints, snapshot sizes, and quick proofs, but for any work intended for sale, exhibition, or archival storage, TIFF is the industry standard.
See the Difference
8K Paintings, Delivered in Uncompressed TIFF
93 master artists, every file in 16-bit uncompressed TIFF with embedded ICC color profile. Full commercial license, instant download, starting at $0.99.