The most important file formats and their use

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    Do you sometimes get the impression that file formats are a dime a dozen? Have you already lost track and occasionally wonder why a customer or service provider insists on sending a certain file format? What is the difference between JPG, PDF, AI, EPS and SVG?

    To shed some light on the subject, I would like to explain the differences and areas of application of the most common file formats. Each file format has individual properties, each with their own advantages and disadvantages.

    In general, all files can be divided into these two categories:

    Vector and pixel-based graphics

    Vector graphics consist of shapes (lines, circles, curves, polygons) that are based on mathematically calculated paths. A vector graphic can therefore be scaled as required without any loss of quality.

    Common vector formats: AI | EPS | PDF | SVG

    Pixel graphics consist of a network or grid of points. Each individual point is assigned a color. Compared to vector graphics, pixel graphics are dependent on a size and resolution. If you scale the image, you scale the pixels themselves. This can lead to a so-called “pixelated”, i.e. blurred, resolution.

    Common pixel formats: JPG | TIFF | PNG | GIF | PSD

    I would like to make a further subdivision and divide the file types into

    End user formats and professional formats . Virtually anyone can open the end user files on their Mac or PC in an unspecific program, while the professional data can only be opened in a special and usually licensed program.

    END-USER FORMATS:

    jpg | png | gif | svg | pdf

    PROFI-FORMATES:

    Vector: ai | eps

    Image processing: psd | tiff

    Layout: idd

    Dieser Beitrag ist auch verfügbar auf: Deutsch (German)

    Updated on 29. March 2024
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