A "nifty-50"mm lens on an APS-C (1.5x crop factor) camera will have a field of view more akin to a 75mm lens on a full-frame camera. The 35mm focal length lens on an APS-C camera is needed to get the traditional 50mm “normal” field of view of the classic 50mm lens.
For example, 35 mm behaves as a "wide angle" with a FF body but "normal" (= similar to the human eye) with an APS-C size sensor. In other words, you get (ca.) the same picture with a 35 mm lens on an APS-C camera like with a 50 mm lens on a FF camera (aperture/bokeh is a different topic).
Simply doing a conversion of the focal length will give you an understanding of what the field of view will be, but one thing manufacturers don’t like to remind you of, is this also affects the f‑number. A 56mm ƒ/1.2 APS‑C (1.5x crop factor) lens is equivalent to an 84mm ƒ/1.8 full frame lens, not an 84mm ƒ/1.2 lens. It can be
In fact APS-C sized sensors (found in cameras like the C300, 7D, etc.) are the closest digital equivalents to real 35mm motion picture film, so technically if you want to stay as true to 35mm cinematography as possible, you should be shooting on APS-C sensors (which have a crop factor of about 1.6 when compared to full frame).
Cameras with APS-C sensors are traditionally favored by street photographers, landscape shooters, or anyone who can't justify the cost or overall weight of a full-frame camera.Equivalent Focal Length for 35 mm film (1x) = Crop Factor × Focal Length of lens on THIS camera. 3. Calculate Equivalent Focal Length. Actual real Focal Length mm on. a Crop Factor x sensor. Equivalent focal length is conventionally compared to be used on 35 mm film size, which is called full frame ( 1x crop). But while both lenses are equally bright, the Full Frame lens projects a larger image circle to match the four times larger sensor. As a result, both lenses are similarly bright, but the Full Frame lens passed four times the light volume. Equivalent Aperture for Depth of Field Explained. Aperture influences depth of field.
First the EF lenses are designed originally for a full frame camera, but they can be used on an APS-C body. EF-S lenses cannot - basically the smaller mirror of the APS-C body means that the EF-S lens can protrude further into the camera body - this allows the EF-S lens to be made much more cheaply without necessarily losing quality.So, as other are saying, a telecompressor is specifically for use on full frame lenses and APS-C camera body. You don't need the speed increase with a full frame camera, just use the lens natively (with a Metabones, or equivalent Canon EF to Sony E adapter) since the larger sensor offers this same "speed" boost by being able to shoot at higher For example, APS-C cameras typically have a crop factor of 1.5x or 1.6x. Since the GFX system has a sensor that is larger than full-frame, we can expect our crop factor to be less than 1. In other words, 35mm full-frame equivalent focal lengths will be wider than the quoted focal length for any given GF lens.
3 days ago · A 35mm lens on an APS-C camera is equivalent to a 50mm lens on a full frame. It means a 35mm lens on an APS-C camera gives you the same level of bokeh as a 50mm lens on a full-frame camera. Shot with a Sony Alpha SLT-A55V APS-C camera with 18-55mm lens and extension tubes . f/1.0, 1/250 s, ISO 400.
If you have an APS-C sensor, that’s going to be a crop factor of 1.5. So a 50mm lens on full-frame, on an APS-C sensor it is going to be a 75mm, it’s going to be cropped in. You’re not going
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