telekinetic • 9 mo. ago. At 10 feet, with a 50mm f1.4 full frame, you've got 1' of depth of field. At 16 feet, with the same framing, APS-C (Canon) 50mm f1.4, you've got 1.6'-- it seems like you're double counting the crop factor in your math to get 2.56, you just have to multiply by crop factor once, same as with focal length.

Canon EOS 5D, EF24-105/4L IS USM @ 24mm. On a cropped sensor camera such as a Rebel XSi or EOS 50D, a 24mm lens gives you the same field of view as a 38.4mm lens would on a full frame camera. This is a useful "normal-wide" focal length. If you define a "normal" lens as one with the focal length equal to the image diameter, then a 24mm lens is

How do the focal lengths of the Canon wide zooms compare to my 10-24 See, if I get a new lens now (Canon 10-22) then I'm essentially forcing myself to stay in the crop sensor body market. However, if I decided I will go with a full frame body, then I cannot use the 10-22, and should get something like the 16-35, which would not cover my current
Find the diagonal with Pythagora's theorem: d = sqrt (222² + 14.8²) = 26.68. Divide the length of the diagonal of a full-frame sensor ( 43.26 mm) by the previous result: CF = diagonal full-frame/diagonal crop sensor = 43.26/26.68 = 1.62. The result is the crop factor of an APS-C sensor by Canon. Steven Wooding.
Other than Fuji, every major manufacturer of aps-c cameras has shifted their focus toward full frame. Canon’s most recent aps-c camera was their M50 Mark II in October 2020; Sony’s newest (late-2019) a6100 and a6600 have already been soft-discontinued; only Nikon has released something in the last year with the Zfc, which is broadly the
What are the differences between APS-C and full-frame? The main difference between APS-C and full-frame is the physical size of the image sensor – full-frame sensors are larger than APS-C sensors – and other differences between the two types of cameras flow from that. Which sensor is better, full-frame or APS-C? Contrary to popular belief, full-frame sensors are not always better than APS-C sensors. Each sensor type has pros and cons. The right sensor depends on the type of photography you do. This table shows the choices you have of full-frame vs APS-C.

A nightscape image captured using a full-frame camera (Canon EOS Ra) and a star tracker. On the other hand, if you’re shooting deep-sky astrophotography through a telescope, a crop-sensor DSLR such as the Canon T7i is a smart choice. Not only are the APS-C-sized sensor DSLR cameras more affordable, but they’re also much lighter.

The main disadvantages of full-frame cameras vs APS-C are the cost, weight and size of the camera bodies. APS-C (aka ‘Crop’ sensor) The smaller size of the APS-C CMOS sensors means the camera body is also smaller than a full-frame option. It also results in lower cost while still delivering superb image and video quality. jVcA.
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    • full frame vs aps c canon