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Supports: DNG
A DNG is Adobe's Digital Negative — an open RAW format that stores the unprocessed sensor data your camera or phone captured, with white balance, exposure, and tone still adjustable. A TIFF is a fully rendered, lossless raster image that prints and edits everywhere professional software runs. Converting DNG to TIFF is the standard handoff from a RAW master to a flat, archival, print-ready file. There is a nice symmetry here: DNG is itself built on the TIFF specification, so this conversion renders one TIFF-family format into another — but the rendered TIFF bakes in the develop settings, so keep the original .dng as your editable master.
| Property | Value |
|---|---|
| Full name | Digital Negative (Adobe) |
| Type | Open RAW image (unprocessed sensor data) |
| Released | September 2004 |
| Based on | TIFF 6.0 structure; compatible with TIFF/EP (ISO 12234-2:2001) |
| Standard | ISO 12234-4:2026 — published 2026 after 20+ years as an open Adobe spec |
| Bit depth | Typically 12- or 14-bit sensor data per channel |
| Editing latitude | Full — white balance, exposure, and highlight/shadow recovery |
| Native browser support | None (requires a RAW-capable viewer or editor) |
| Best for | Archiving and re-editing with full latitude |
| Property | Value |
|---|---|
| Full name | Tagged Image File Format |
| Type | Rendered raster image (container, can hold layers) |
| First published | Aldus Corporation, autumn 1986 |
| Current spec | TIFF Revision 6.0, finalized June 3, 1992 |
| Maintainer | Adobe (Aldus merged into Adobe in September 1994) |
| Compression | LZW, Deflate, PackBits or none (lossless); JPEG (lossy) |
| Bit depth | Commonly 8-bit or 16-bit per channel |
| MIME type / extensions | image/tiff — .tif and .tiff are the same format |
| Native browser support | Safari only; not used for web display (MDN) |
| Best for | Print, layered editing, lossless archival delivery |
.dng onto the page or click "+ Add Files" to browse — Lightroom exports, Pixel and iPhone ProRAW captures, and camera-vendor DNGs all work, and you can queue several at once..tiff or .tif extension under "File extension" to match what your workflow expects.Yes, and it is now more official than ever. Adobe introduced DNG in September 2004 as an openly documented RAW specification, and in 2026 it was published as an international standard, ISO 12234-4, after more than two decades as an open Adobe format. DNG was built on the TIFF 6.0 structure and is compatible with the older TIFF/EP standard (ISO 12234-2), so converting a DNG to a TIFF is really rendering one format in the TIFF lineage into another.
Choosing LZW, Deflate, or PackBits keeps the TIFF mathematically lossless, so no pixel data is discarded at the encode step. The trade-off is in the render, not the file: the converter applies a default white balance and exposure to turn the RAW mosaic into a viewable image, and that baked-in interpretation is what you can no longer freely undo. The pixel fidelity of the TIFF is intact; the editing latitude of the DNG is not. If you choose JPEG-in-TIFF compression instead, that step is lossy by design.
It does not invent detail, but it does protect what you have. RAW sensors typically record 12 or 14 bits per channel, and a 16-bit TIFF carries every one of those tonal steps with room to spare, so nothing is rounded off the way an 8-bit export would round it. That headroom matters if you intend to keep editing — pushing shadows, recovering highlights, or grading color — because it resists banding. For a final image you will not edit again, 8-bit is fine and roughly halves the file size.
A DNG holds a single, compactly stored RAW mosaic — one value per photosite. A TIFF stores fully rendered RGB pixels, three color planes for every pixel, so even with lossless LZW or Deflate the file is substantially larger; a high-bit-depth TIFF from a modern sensor can run into the tens or hundreds of megabytes. That size is the cost of a flat, universally readable image. If file size matters more than edit headroom, render to DNG to JPG instead, which opens everywhere at a fraction of the size.
Generally no. Per MDN, Safari is the only major browser that natively displays TIFF; Chrome, Firefox, and Edge do not show it in a web page without an add-on. TIFF is built for print, editing, and archival rather than the web — its MIME type is image/tiff and its .tif and .tiff extensions are identical. If you need a web- or app-ready copy of the same photo, convert to DNG to AVIF for the smallest modern file, or to JPEG for universal compatibility.
Yes — always keep the DNG as your master. A rendered TIFF, even at 16-bit, is not a substitute for the RAW: the white balance and exposure are fixed, and the recoverable highlight and shadow data of the digital negative is gone once it is flattened. Treat the TIFF as a high-quality working or delivery copy and archive the DNG separately.
They are the same format — "TIF" is just the old three-letter DOS-era spelling, and the bytes inside are identical. This tool lets you pick either .tiff or .tif under "File extension" depending on what your software expects; some legacy applications are picky about three characters versus four. If you specifically need the three-letter name, use DNG to TIF.
Your DNG is uploaded over an encrypted connection, rendered into a TIFF on our servers, and deleted automatically a few hours after conversion — no sign-up, no watermark, and your photos are never shared or made public. The main practical limit on a big upload is its size and the time it takes to send. In our testing, a 24-megapixel DNG rendered to a 16-bit lossless TIFF produced a file many times larger than the original RAW, which is expected for a flat RGB image; for privacy-sensitive originals, keep the DNG locally and convert only the copies you need.