Canon developed two primary sensor types for its DSLRs: full frame and the smaller APS-C. Recognizing the unique needs of these sensor sizes, especially the APS-C’s “crop factor,” Canon introduced the EF-S mount in 2003. These lenses were tailored for APS-C sensors, offering optimal performance and often a more affordable price point. Thanks to the 1.6x crop factor of APS-C format EOS M bodies like the Canon EOS M50 Mark II, the 22mm focal length of this lens equates to 35.2mm in full-frame terms.It gives the same 63-degree viewing angle as using a 35mm lens on a full-frame camera, which is perfect for street photography. Most of their consumer-level cameras have 1.6x crop sensors. It’s also called the Canon APS-C. 1.5x Crop Factor: Every camera brand, except Canon, manufactures its APS-C cameras with a 1.5x crop factor. It’s the standard and most widespread crop sensor. Yes, there are a few benefits to using larger sensors (ie. low light performance and dynamic range), but where truths tend to shift is the conversion from full-frame to APS-C or smaller in regards to aperture and focal length. [REWIND: Canon 85mm Battle | 85mm 1.2L vs. 85mm 1.4L vs. 85mm 1.8] The EF-S 10-22mm will give you a similar angle of view on the 80D, compared to 16-35mm on a full frame body like a 5D Series camera.. The EF 16-35mm on an APS-C body like the EOS 80D will give you an equivalent focal length of 25.6-56mm on a full frame camera body like a 5D Series camera. I think the zoom range of the 16-35mm on an APS-C body 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: For APS-C format DSLRs, we have a choice of seven 18 to 200mm zooms, an 18 to 250mm zoom, and an 18 to 270mm zoom. The 18 to 200mm zooms have the equivalent focal range of a 42 to 300mm lens or a 44.8 to 320mm equivalent lens, depending on whether you’re shooting with a DSLR from Nikon, Sony, Pentax (all 1.5x) or Canon(1.6x). These results tell a story similar to the first results. Hopefully, the mix of information presented in this article was helpful. A conclusion from this discussion is that the Canon EOS R7 (or another high-density APS-C format camera) is a viable alternative to a 1.4x extender on a full-frame model when significant cropping (APS-C angle of view or smaller) will be required. .

full frame vs aps c canon