Nikon’s and Sony’s for example, their crop factor is 1.5 and mostĬanon APS C equip cameras have a 1.6 crop factor. Crop sensor sizes vary between camera makers. There is a way to calculate the crop factor from the sensor dimensions, but here the crop vector is given to you which is 1.6. Here you can see the specs for the camera and as you can see the green box is showing the actual sensor size of 22.3 by 14.9.Ĭrop factor is determined by the size of the sensor. Also going to be using the Canon 90D, which has an APS C sensor. If you have a 50 millimeter lens on a full frame camera, it gives you the field of view that you would expect from a 50 millimeter lens on the 35 millimeter film camera.Īny sensor that is smaller than a full frame is called crop sensor, usually called a APS C sensor. Is about the size of a full frame sensor and is a 35 millimeter equivalent and it measures 36 by 24 millimeters is a crop factor of 1. So here are the specs for a Canon 5D Mark III. One of the cameras I use is a Canon 5D Mark III. So let’s talk more about sensor size and crop factor. Understanding Sensor Size and Crop Factor That’s where the term full frame and crop sensor come from. The biggest difference between full frame and crop sensor is the size of the sensor. And what the crop factor does to focal length on each camera. In today’s video, I’d like to help you understand the difference between full frame and crop sensor cameras.
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