RF50mm f/1.8 STM vs EF50mm f/1.8 STM: 6 Key Comparisons. ii) Between APS-C and full-frame EOS cameras: RF lenses. If you use an APS-C EOS camera, you probably already own EF-S/RF-S lenses, which are designed for the smaller APS-C sensor. It’s important to know that: - EF-S lenses can’t be attached to full-frame EOS DSLRs.
Full frame cameras will generally deliver better quality, higher resolution images than APS-C cameras, making them ideal for subjects in which resolution and detail are key, such as 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. The crop factor of APS-C is a great advantage when using telephoto lenses. A 400mm lens on a full-frame body has a 400mm focal range. But a 400mm lens on
The advantages of full frame are: Potential for higher resolution (irrelevant in your case since both sensors are 24mp). Better high ISO noise performance. This will be hardly noticeable at the ISO you will actually use. The big X factor is sensor/processor quality, in terms of things like color accuracy, dynamic range, (lack of) weird
An APS-C sensor will have more pixels doing the imaging than the middle part of full frame sensor in crop mode. A full frame in crop mode will actually have a lower resolution than a native crop camera, unless you're talking about something like the R5 which has a crazy high number of pixels from which to carve out the middle for crop mode.
They’ve compared medium format, full-frame, APS-C and Micro Four Thirds, in a side-by-side shootout—taking identical photos and making large prints to see how the image quality and dynamic
But most full frame cameras are and if amateurs look at what most professionals are shooting it is most likely a full frame or medium sensor camera. Sure Fuji has some aps-c cameras designed for pros, although it seems like most of those are designed more for pro video than pro stills, but yeah I take your point.

What this means is that if you have a 50-millimeter lens and put it on an APS-C body, it will offer an equivalent field of view of a 75-millimeter lens on a full-frame camera (50 × 1.5 = 75).

What I have been observing, regarding Micro Four-Thirds vs APS-C, is that the performance has been closing until about a year ago when high-end APS-C DSLR took a significant leap. This means that the difference between an Olympus OM-D E-M10 Mark II and a D3400 is less than between an E-M1 Mark II and a D500.

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    • full frame vs aps c camera