We already discussed the crop factor earlier, and how it changes the effective focal length of the lens. This is very useful in landscape photography or while shooting portraits. The increased dynamic range allows creating exceptional HDR photos with your full-frame cameras. This in effect produces wonderful tonal contrast between the black and white in your composition. Cameras with a full-frame sensor support a higher dynamic range (up to 15+ stops) than cameras with an APS-C sensor. Dynamic Range and Tonal ContrastĪ larger sensor adds to the dynamic range of the camera. A larger full-frame sensor size allows adding more pixels than APS-C in the sensor to improve the resolution. The next most important part after the sensor size is the size of pixels in a sensor. Keep in mind that APS-C cameras are much more affordable than full-frame cameras too. But if you are a beginner and would like to understand the aspects of photography before moving to the big arena, going with an APS-C camera would not be a wrong choice.
APS C VS FULL FRAME PROFESSIONAL
Full-frame format will be your best option if you are a professional photographer. This in turn gives you more freedom to play with different aperture values as well. The larger full-frame sensor allows the camera to capture more amount of light than an APS-C sensor with the same shutter speed. Rather you’d get a focal length of 150mm on the APS-C camera with that same 100mm lens due to the crop factor of 1.5x (100 x 1.5x = 150mm) So the field of view you’ll get with a 100mm lens on the APS-C camera will not be the same as the full-frame camera. The crop factor value of Nikon DX-format is 1.5x. Nikon has APS-C DX-format which is larger than the APS-C format of Canon.īut how is this value significant at a practical level? Crop factor is also called focal length multiplier. APS-C sensor size is different for different camera manufacturers. Therefore, the crop factor of a full-frame sensor is 1x. It is the ratio of the diagonal length of the sensor to the diagonal length of a 35-mm sensor.
A crop factor is the measure of the change in the angle of view with respect to a full-frame sensor. But hows does it affect your photos? This is where the significance of crop factor comes in. The difference in sensor size is the most obvious difference between full-frame and APS-C sensors. Sensor Size | Full Frame vs APS-C Cameras Full Frame vs APS-C CamerasĪ better understanding of the basic aspects of photography is required to understand the differences between the two formats. Let’s compare full-frame vs APS-C cameras in detail.
APS-C sensors are significantly smaller than full-frame sensors and are called crop sensors. An APS-C is the digital equivalent of Advanced Photo System type-C negative, with dimensions 25.1×16.7 mm. The full-frame format is the standard in still photography and these 35 mm sensors are getting a boost with the sudden development of mirrorless cameras in the market. Full-frame cameras feature a digital sensor that is equivalent to a 35 mm film.
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