You can get a lot of telephoto power in a very compact package. Evidence that full-frame equivalents matter (to some). The smaller sensor and resulting 2X crop factor give M43 a big advantage for both telephoto and macro shooting. I have a hunch that I would get different results in APSc user groups… If 50% of the group is doing it, these users may consider the full-frame as a standard. Online pollĥ0% of the MFT users convert their numbers to FF-equivalents. I decided to take a poll to find out what other MFT users were doing. That is, if you’re even aware of the crops to begin with. The camera values and ff-equivalents would eliminate the need for calculations to understand equivalent lens and camera settings. A standard APS-C sensor (Fuji, Sony, Nikon DX) has a 1.5x crop factor, meaning if you divide the diagonal length of a full frame sensor by that of an APS-C sensor, you get about 1.5 (Micro Four Thirds has a 2x crop factor). I personally think that not only should one list the camera’s values, but also the ff-equivalents. Having a standard scale for these attributes is like having one photography language across different sensor types. If this is you, you’re likely also aware of the crop factor (not to mention the additional light) and likely think in full-frame equivalents. Or perhaps you’re using a speed booster like the Viltrox EF-M2 or the Metabones. Photographers that transition from MFT -> APSc -> Full-Frame, may care more about equivalents than those that are content with one sensor-size. To reiterate from the videos, there is a crop applied to non full-frame cameras to get to full-frame equivalents. Please take a few minutes to watch the following videos: (It’s about the same as a 70mm lens on an. This means that a 50mm lens on a Micro Four Thirds camera has the same field of view as a 100mm lens on a full-frame camera. This is the fault of the lens not the camera. This was unavoidable in this light at this focal length. Micro Four Thirds has a crop factor of around 2. Micro 4/3 vs APS-C Raw shootout Nikon D7200 +18-140mm f/3.8 at 24mm Notice the flare in the Nikon D7200 shot which is washing out the colours. The tables below list the equivalent values.Įquivalent Focal Lengths for different sensor types Full FrameĮquivalent F-stops for different sensor types Full FrameĮquivalent Isos for different sensor types Full Frame The relative sensor sizes of most smartphone (blue), Micro Four Thirds (green), APS-C (yellow), and Full-Frame (red) cameras. I’m calling for this to be continued with respect to not only focal lengths, but also aperture and iso values. About full-frameįor both film and photography, the 35mm Full-Frame sensor has been used as an industry standard. In order to do that, you should understand the relationship between the numbers and their camera sensors. Wow, how does anyone understand this stuff? The point here to understand is that various cameras produce nearly the same photo using different settings. I’ve listed the values here from the above photos:
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