🦏 Full Frame Vs Aps C Canon
APS-C = same size as APS-C film. Approximately a 1.5x crop factor vs 35mm or Full Frame
Examples of APS-C Cameras: Nikon D300/s, Nikon D90, Nikon D5000, Sony a550, Sony a330
Canon's 1.6x crop sensor is close to the APS-C sensor size and they are commonly used interchangeably. Canon's 50D, T1i, T2i, and XSi use this format sensor It may be tempting to go for a cheaper, entry-level APS-C camera, but you will be better off buying an older and/or used full-frame model if astrophotography is something you have in mind. In terms of DSLR versus mirrorless , neither is explicitly better for astrophotography but mirrorless cameras have become more successful in recent years: That is incorrect. As OP implies, wildlife photographers have preferred APS-C for a while because of the greater magnification. Cropping full-frame will lose sharpness and resolution, so that is not a solution. Shooting at 600mm equivalent on an APS-C camera can be sharper than shooting 400mm on full-frame and discarding 50% of the pixels. My test is wrong? I wanted to see the diffence in images that an EF 50mm lens and an EFS 50mm lens would pruduce using an APS-C sensor. I found that they are the same. Using your suggested test procedure would be like I want to see how a large pair of pants fits me, so I ask my obese friend to try If you compare an APS-C size sensor to a full-frame sensor with approximately the same total pixel count — like the 24 million pixel APS-C sensor on a Canon EOS Rebel model vs. the 26.2 million pixels on the full-frame EOS RP camera — the larger sensor will have physically larger pixels. Sony E-mount lenses come in two varieties – full-frame (Sony FE) and APS-C (Sony E). Full-frame lenses can be used with both the full-frame mirrorless cameras like the A7 series, and APS-C cameras like the A6000 series. The ZV series of vlogging cameras come in both varieties, with the mirrorless ZV-E10 being an APS-C model, while the newer kCm3ERR.