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

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.

The Lumix S5 II gives you truly unlimited 4K/60p 4:2:2 10-bit recording internally, S&Q 4K/60p (a high-speed 60fps) and FHD/180p, as well as up to 6K, full sensor readout video recording, making it a highly versatile camera for content creators. Read more: Panasonic Lumix S5 II review.
APS-C and M4/3 cameras use a smaller focal length to get the equivalent focal length of a full frame camera. This is why you’ll get a larger depth of field if you use an equivalent focal length lens. Man, I typed focal length a lot lol. Focal length doesn't really affect DOF.

Unlike the other two new lenses, the 11mm F1.8 isn't a "G" lens, so it's not built to quite the same standard as the 10-20mm F4 or the 15mm F1.4. That said, the lens still has good build quality

Just as the 14mm Rikinon/Bower/etc. has a LOT more distortion than the 14mm Canon when used on the same camera, so one 10mm APS-C lens may have more distortion than another on your APS-C camera. One 10mm lens might be less distorted on an APS-C camera than a particular 16mmm lens on a FF camera, the other may be more distorted. \$\endgroup\$ Typical COF values are 30 microns for FF and 19 microns for APS-C, while the pixel size for even an 8 MP APS-C DSLR is around 6.5 microns and that for a 12 MP full frame sensor is around 8 microns. Note also that you can't keep on getting more DOF by just stopping down. Stopping down increases diffraction and makes the smallest possible focused Some of the most budget-friendly cameras in entry-level and prosumer level are in APC-C format DLSRs, and some of the most advanced cameras at a reasonable price are APS-C mirrorless. Here are a few examples: The Nikon D7200 is a prosumer level APS-C DSLR that is very favorably priced compared to full ledged pro cameras in Full Frame format.

However, full-frame sensors are pretty big and expensive. They're much larger than what is necessary to take good digital photos, so most consumer cameras use a smaller, cheaper, "cropped" sensor. (For comparison, a full-frame sensor is around 30 times the size of the 1/2.55" sensor in the iPhone 12.) The relative sizes of 35mm (pink), APS-C

3 days ago · Despite its fairly large APS-C sensor, the GR III is impressively compact at only 109.4 x 61.9 x 33.2mm, and it’s also amazingly light at just 257g. The sculpted front grip makes it feel secure in the hand, and there’s a full complement of rear panel buttons, as well as multi-function front and rear control wheels.
Today, the cheapest full frame cameras with latest sensor technology start at $2000. However, APS-C cameras with similar sensor technology and megapixel (24 MP, BSI, full phase detection coverage etc), have a significantly lower price tag. And when Full Frame tries to match high end APS-C camera pricing, it does it at the expense of feature
Full-frame vs APS-C cameras: what you need to know; The smaller sensor size of the APS-C format camera fills a smaller part of the lens' imaging circle and effectively produces a cropped version Maybe full frame (FF) cameras were less well suited for sports in 2011 when this question was originally asked and FF cameras were slower than their APS-C and APS-H counterparts. But not any more. The introduction of both the Canon 1D X and the Nikon D4 in 2012 pretty much put this question to bed. Best full-frame: Canon EOS RP. Best for YouTube videos: Sony ZV-E10. Best Canon: Canon EOS R10. Best Nikon: Nikon Zfc. Best action camera: GoPro Hero 11 Black. Best DSLR: Nikon D7500. Ultimately, the best camera under $1,000 is the one that checks all the boxes for the content you want to create. ODSI.
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