![]() As a result, because the area that appears sharp is considerably bigger than what it would be on a DSLR camera, it’s more difficult to isolate subjects. When compared to DSLRs and full-frame digital cameras, point-and-shoots typically feature sensors 15+ times tinier in size. The depth of field (the area of the picture that appears sharp or “in focus”) is proportionally affected by camera sensor size – the smaller the camera sensor, the greater the depth of field. Point-and-shoot cameras have tiny sensors. This means that point and shoot cameras can only produce minimal bokeh. ![]() Point and shoot cameras are limited in their ability to achieve bokeh for several reasons: they have small apertures and they have fixed lenses. Now that we know what bokeh is and how to achieve it, let’s take a look at point and shoot cameras. Bokeh Limitations On Point and Shoot Cameras So ultimately it comes down to using a camera lens with the proper aperture size and how you’ve set up the composition of your photo. Some camera lenses are more effective than others when achieving the bokeh effect. The further the distance, the more blur you will get. The distance between the subject and background also plays a role. ![]() A larger aperture will result in more blur, while a smaller aperture will result in less blur. There are two things that you need to consider when trying to achieve bokeh: The first is the size of the aperture, and the second is the distance between the subject and background.
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