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PPI and printer DPI describe different things
Separate image pixels per inch from printer dots per inch, calculate effective PPI, and choose print settings without confusing the two measurements.
Read articleUnderstand the decision behind the controls. These guides use specific images and dimensions to explain what changes, what stays the same, and what to check on the finished print.

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Separate image pixels per inch from printer dots per inch, calculate effective PPI, and choose print settings without confusing the two measurements.
Read articleCalculate physical print dimensions from real pixels, choose a useful PPI example, and understand why a larger number does not guarantee a sharper print.
Read article →Separate image pixels per inch from printer dots per inch, calculate effective PPI, and choose print settings without confusing the two measurements.
Read article →Compare fill and fit with a 4000 × 3000 photo in a 10 × 8 frame, including retained pixels, border sizes, composition, and export choices.
Read article →Check the exact inch size, source ratio, crop, paper layout, and actual-size print settings before making a 4 × 6 photograph.
Read article →See why a 4000 × 3000 image needs a crop or side borders in a 6 × 4 frame, with exact geometry and practical composition advice.
Read article →Understand the difference between a resolution tag, real pixel dimensions, resampling, and physical PDF placement before preparing a photo for print.
Read article →Read actual oriented pixel dimensions, distinguish originals from reduced copies, and use manual calculations honestly when the source file is unavailable.
Read article →Check PDF page size, loaded paper, Fit versus Actual size, printer margins, and calibration before changing the photograph or layout.
Read article →Distinguish sheet edges, printable areas, photo borders, and gaps, then check an 8 × 10 layout on A4 and Letter without assuming borderless support.
Read article →Preserve proportions when changing frame shapes, compare fill and fit, position a crop deliberately, and keep the original for future sizes.
Read article →Calculate a repeated photo grid, keep frame size separate from image size, and print four 5 × 3.5 inch frames on landscape A4 at actual size.
Read article →Understand image orientation, quarter-turn rotations, frame orientation, and why the final crop should be chosen after the photograph is upright.
Read article →Separate source files, session previews, saved layout parameters, optional local originals, and downloaded exports so a print task does not replace your only copy.
Read article →Calculate PPI from the retained crop and actual photo size, compare fill with fit, and see why cropping does not always lower PPI.
Read article →A 4×6 inch print is 101.6×152.4 mm. Compare it with 100×150 mm, check pixels at 300 PPI, and choose the size your frame or lab actually needs.
Read article →Arrange two true 4×6 inch photos on one A4 sheet with a 5 mm gap. Check exact placement, printable margins, PDF size, and 100% printing.
Read article →Start with Pixels and print size if you know the image dimensions but are unsure how large to print. PPI and printer DPI separates image density from the output device, while Resolution metadata explains why changing a label does not create detail.
Check the original image dimensions before relying on a number from another copy. Effective PPI after cropping then connects the retained pixels to the physical photo rectangle.
Compare fill and borders, work through a 4:3 image in a 3:2 frame, and position a crop without stretching the scene. The 4 × 6 guide combines exact units with a common print task. The orientation guide explains why the upright image and target orientation should be settled before refining the crop.
If a PDF prints too small, check scaling and paper selection before changing the photograph. The margins guide separates sheet edges from printable area. The repeated-layout guide calculates a complete grid, including gaps and outer spaces.
Keep your original photo explains the difference between a source, an export, saved parameters, and an optional locally stored original. Use the Docs for step-by-step operation after choosing an approach here.