Canon's White Paper on Full Frame sensors for DSLR cameras clearly states that the larger pixels on a Full Frame sensor gather FIVE Times as much light that an APS-C sized sensor is capable of capturing. (see page 5). The Illustrations that Canon provide demonstrate much larger sensor cells and how they gather More light in Less exposure time.

The short answer to this question is yes, full-frame cameras are better in low light. But, that is not an absolute statement, and it won’t hold true in all circumstances. There are many other factors responsible for creating a digital image, and without accounting for those factors, it wouldn’t be wise to declare full-frame cameras a clear

M43 (crop factor of 2x) base ISO of 200 = Full-frame ISO 800. APS-C (crop factor of 1.5x) base ISO of 100 = Full-frame ISO of 225. All of these smaller sensor sizes (especially APS-C) will look great at base ISO and you probably won't be able to tell the difference when comparing with a full frame image. For example, Nikon often refers to its full-frame cameras as “FX” and their crop sensor cameras as “DX”, while others refer to cameras by sensor size, such as “35mm” and “APS-C”. For now, all this nomenclature does not matter – look again at the first image and see the resulting photographs on the right side of the camera. In this video I see just how much better portraits from a full frame camera (Sony A9) are when you compare them to an APS-C mirrorless camera (Sony A6100). (Sony A9) are when you compare them Full-frame lenses are compatible with APS-C cameras, and Canon’s full-frame RF lenses can be used on its APS-C cameras without the need for an adapter. In doing so, there is a crop which 5h7V4fL. 463 240 424 107 71 254 474 305 338

full frame vs aps c camera