So if you’re planning to shoot 75mm portraits with a crop camera you just need to buy a 50mm lens, the crop factor will do it’s magic.Īs I am more a graphical learner (I hated math in school) let’s just keep it like this (image above): A full frame camera is having the view of field like it is written on the lens (14mm view of field with a 14mm lens), a crop camera will zoom in automatically (21mm view of field with a 14mm lens). But if I’m using the 50mm lens on a crop camera the smaller sensor and therefore the crop factor are dropping in: 50mm x 1.5 crop factor = 75mm. The view of field with a 50mm lens is exactly 50mm. For myself I’m shooting portrait with a 50mm lens on a full frame camera. For most of the AP-C and crop sensor DSLRs the crop factor is 1.5 or 1.6, depending on what camera you’re using. Photographers are talking at this point about the “crop factor”. The difference between full frame and crop is that one that the sensor in a crop camera is “cropped down” 1.5/1.6 times compared to the full frame sensor. What is the difference between Crop and Full Frame?Įasily said the difference between a crop and a full frame camera are a couple of thousand bucks in your wallet □ Joke aside, there are some more differences, for example the actual physical size of the cameras sensor.Ī full frame camera is running on a bigger (full frame) sensor, equal to the analogue 35mm film. Each aspiring photographer is having this basic question at some point of his journey – should the next one be a Full Frame camera or a Crop camera, which camera is better for my needs? In case you’re about to upgrade your equipment this article might be helpful for you. But this comparison is a very practical and straightforward way to see and compare the results given by these lenses on different cameras.Cheers everyone! Are you about to buy a new camera in the next time? Each of us is constantly thinking about improving our equipment, right? I’m guessing you already know the difference between the crop and the full frame sensor in theory. And here are the results of this comparison: The focal length is almost identical, but it’s interesting to see the difference between the bokeh. Considering the crop factor, these two lenses give almost the same focal length: 135mm on a full frame body and 136mm on a crop body. It includes the 70D with the 85mm lens and the 1DX with the 135mm lens. The last comparison Ilko makes could be the most interesting to you if you are still making a decision between buying a camera with a full frame or a crop sensor. These are the results:Ĩ5mm on a crop body vs. Therefore, you would need to stand pretty far from the model. With this lens on a crop body, you get about 216mm focal length. As this lens has f/2.0, he decreases the shutter speed for one-third of the stop to balance the settings with the previous shots. The next two camera-lens combinations to test include the 135mm lens on the full-frame and the crop body. Here are the results of the photos with these two cameras and the 85mm: The digital multiplier for Canon is 1.6, so the focal length of the 85mm lens on a crop body is actually 136mm. The distance between him and the model was the same as well. The settings are the same for both shots: aperture is wide open at f/1.8, ISO 100 and shutter speed 1/640. He places them on a crop body first, the Canon EOS 70D, and then on the 1DX, which has a full frame sensor. The first comparison Ilko makes is with the 85 mm lens. Canon EF 135mm f/2.0 Advertisements 85mm lens on a full frame vs.
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