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Supports: PSD
A .psd is a working document — a layer stack with masks, adjustment layers, smart objects and live type, none of which any image format outside Adobe's own can represent. A .jfif is a JPEG: the same compressed data and the same wrapper as a .jpg, under a different four characters after the dot, which some importers, archive schemas and older applications insist on by name.
The interesting question is which picture you get out of that layer stack, and the answer is more reassuring than the equivalent conversion from some other layered formats. You get the flattened composite — the merged image as it looked when you last saved — not one arbitrary layer. We verified that directly, and the mechanism is worth knowing because it has a condition attached.
A PSD presents to a reader as a multi-frame image: frame 0 is the flattened composite Photoshop writes for the benefit of applications that cannot interpret a layer stack, and the frames after it are the individual layers. Our converter reads frame 0.
We tested it with a purpose-built two-layer PSD whose composite was deliberately made a colour that appears in neither layer: the merged image was yellow, the lower layer pure red and the upper layer pure green. Reading the file the way this pipeline does returned a pixel value of srgb(255,255,0) — the composite. Both layers were ignored, exactly as intended.
The condition is Photoshop's Maximize PSD and PSB File Compatibility preference. Set to Always, it writes that composite alongside the layers, which is what makes the file readable by everything outside Photoshop. Set to Never, it saves only the layered data — and a PSD written that way gives every non-Adobe reader, including this one, much less to work with. If your document was saved with compatibility off and the conversion produces something that does not match your canvas, re-save it from Photoshop with the preference set to Always and convert again.
.psd onto the page or click "+ Add Files" to browse. Several documents can be queued and they all convert with the same settings..jfif. Files upload over an encrypted connection, are converted on our servers, and are deleted automatically after a few hours — no sign-up, no watermark.| Feature of the PSD | Result in the JFIF |
|---|---|
| Layer stack, masks, blend modes, adjustment layers | Baked into the composite exactly as last saved; nothing stays editable |
| Live type and smart objects | Rasterised into the composite |
| Transparency | Flattened onto white. Our encoder pins the JPEG matte colour to 255 255 255, so a cleared area arrives white rather than the black JPEG encoders default to. We confirmed this on a PSD with an alpha channel: the transparent corner came out srgb(255,255,255) |
| CMYK or Lab colour mode | Converted to sRGB. A CMYK test document converted cleanly and the output reported the sRGB colour space; expect a slight gamut shift on saturated colours |
| 16-bit or 32-bit depth | Reduced to 8 bits per channel — JPEG has no deeper mode |
| EXIF and shooting metadata | Carried through. We ran a file with Make, Model, ISO, F Number and Exposure Time set through the same encoder path and every field survived |
| Paths, guides, slices, layer comps | Discarded — there is no equivalent in a JPEG |
| Spot channels and duotone plates | Not represented; the composite render is what you get |
| Canvas dimensions | Preserved on "Keep original" |
| Quality Preset | JPEG quality | Best for |
|---|---|---|
| Highest | 100 | Print handoff and archive copies. Still lossy — JPEG has no lossless mode |
| Very High (opens here) | 95 | The general-purpose choice; visually very close to the composite |
| High | 90 | Client proofs and portfolio uploads at full size |
| Medium | 80 | Web delivery; mild softening on fine detail |
| Low | 70 | Compression starts to show on edges and gradients |
| Very Low | 60 | Visible blocking in flat areas |
| Lowest | 50 | Thumbnails and placeholders |
Design work punishes low quality settings harder than photography does. Flat colour fields, crisp type edges and vector shapes are exactly the content JPEG's discrete cosine transform handles worst — ringing shows up around type long before it shows up in a photograph. If your document is mostly graphics rather than imagery, stay at Very High or Highest, or use a format built for it: PSD to PNG keeps edges perfectly crisp and keeps the transparency as well.
.jfif file different from a .jpg?Only in name. JFIF is the interchange format that defines how JPEG-compressed data is packaged — the marker segments, the pixel-density fields, the colour conventions decoders expect — and it was formalised as ITU-T T.871 in May 2011. A .jfif and a .jpg written at the same quality from the same source are the same picture in the same wrapper. The friction is purely that some older applications filter their file pickers on .jpg and never show your file; renaming fixes it completely, and JFIF to JPG does it without editing the name by hand.
Not in a JPEG — the format has no alpha channel at all, in any of its variants, so something has to fill the cleared pixels. Our encoder fills them with white, which is usually the least surprising choice for design work. If you need the transparency preserved, PSD to PNG keeps it, and PSD to WebP keeps it at a smaller size for web use.
No. The composite Photoshop writes reflects the document's visible state at the moment you saved it, so a hidden layer is absent from the composite and therefore absent from the JFIF. That cuts both ways: if you hid a layer, saved, and expected the conversion to find it anyway, it will not. Make the layer visible, save, and convert again.
Because the output is sRGB and your document was not. JPEG for general interchange is an RGB format, so a CMYK or Lab document is converted on the way through, and colours that live outside the sRGB gamut — rich cyans, saturated oranges, deep spot-colour equivalents — get mapped to the nearest thing sRGB can express. That shift is expected and irreversible in the output file. For print handoff, keep the PSD or export a CMYK-capable format from Photoshop rather than converting to JPEG at all.
Yes; queue as many as you like and they all convert with the settings you chose. The practical ceiling is upload size and connection speed rather than anything on our side, and PSDs with many layers or smart objects can be enormous — a few hundred megabytes each is ordinary for print work. Converting in batches and letting each upload finish is usually faster than queueing everything at once.
Two things account for most cases. The first is a PSD saved with Maximize PSD and PSB File Compatibility turned off, which omits the flattened composite that non-Adobe readers depend on; re-save from Photoshop with the preference set to Always. The second is a genuinely enormous canvas — Photoshop's .psb large-document format exists precisely because .psd has dimension and size limits, and a document at the edge of them can be slow or refused. Flattening a copy in Photoshop before uploading resolves both.
The JPEG density fields are part of what JFIF standardises, and the value the composite carries is written into the output — but be careful what you conclude from it. DPI is a printing hint, not a property of the pixels: a 3000 x 2000 image is 3000 x 2000 whether it says 72 or 300 in its header. If a print workflow needs a specific density and the output does not carry it, set it in the receiving application; nothing about the picture changes when you do.
You do not need to for this conversion — the composite is read for you. Flattening manually is still worth doing in two situations: when the document was saved without compatibility, and when the file is large enough that upload time is the bottleneck, since a flattened copy is dramatically smaller than a layered original. Save the flattened version under a different name so your working document survives.
It is uploaded over an encrypted connection, converted on our servers, and both the upload and the resulting .jfif are deleted automatically after a few hours. Files are never shared or made public, there is no watermark, and no account or email is required. If you need the picture in a different form afterwards, PSD to JPG writes the same image under the more widely accepted extension.