Cropped-frame cameras have a narrower field of vision than their full-frame counterparts. For example, the photo above shows the image a camera would capture depending on its sensor size.

Mike Collins’ setup compares a 5D Mark II, which has a full-frame sensor, and a 7D, which has a smaller APS-C sized sensor. Using a variety of lenses, the video illustrates exactly how the crop ...

Since an APS-C sensor is about 1.3 times smaller than a full frame sensor, for example, your field of view is cropped in by a factor of 1.3 and any lens you attach is going to take on that crop.

Because these smaller APS-C lenses won’t cover the full sensor area of a full frame camera. You can use them, but only with the camera set to an APS-C crop mode, so that you lose a good part of ...

Basically, full frame sensors have better image quality and really shines when it comes to high ISO performance. The most visible difference between full frame and crop sensor is their field of view.

Full-frame has a crop factor of 1x, while a crop-sensor camera has a narrower angle of view, meaning a higher crop factor. A narrower angle of view can be super helpful to get you close-ups of ...

For most of the past twenty years the common digital camera sensor sizes were 1/2.3-inch, one-inch, APS-C and full-frame, with a further alternative in Four Thirds favoured only by Olympus and ...

However, if you compare a full-frame sensor of a higher resolution (like in the D810 tests later on in the video) and downscale it, then you actually see about the same or slightly better ...

will be taking a week long trip to salt lake city and trying to avoid taking too much gear (Canon 60D vs 6D). I had initially packed the 60D w/ a 16-35 and 70-200 thinking the 16-35 would serve as ...

So the crop factor is the ratio of the image sensor size to 35mm film. This means that your Nikon D850 , Canon EOS R , Sony A7 III , or other full-frame camera has a crop factor of 1X.