Examples of APS-C cameras are: Sony a58, a6000, a350, nex c3, nex 6 canon eos 1200D, 40D, 60D, 650D, Nikon D3300, D500, D90, D7200 etc.ĭigital camera sensor size: micro four third
#FULL FRAME SENSOR VS APS C FULL#
Compare the two images below and see what I mean.ĪPS-C cameras are cheap and produce inferior image quality compared to full frame camera. This means a 24mm lens on an APS-C is not 24mm on a full frame digital but 36mm. So a 24mm lens on a nikon D5000 is going to be 1.5(which is the crop factor of nikon APS-C digital cameras) multiplied by 24mm(the focal length) equals to a 36mm lens on a full frame digital camera. You can get the full frame equivalent focal length of an APS-C digital camera by multiplying the focal length by the equivalent crop factor of the APS-C digital camera. An APS-C digital camera offers a more narrow field of view compared to a full frame digital camera. Examples of digital cameras with full frame sensor are: Canon eos 6D, 5DmarkII, eos-1Dx nikon D4, D810, D750, Sony a99, a900 etcĪPS-C (advanced photo sensor type c) sensors have a typical dimension of 22.5×15 mm for Canon(1.6x crop factor) and 24×16 mm for other camera manufacturers (1.5x crop factor).
#FULL FRAME SENSOR VS APS C ISO#
From this, we can easily deduce that full frame cameras have a wider angle of view and are perfect for landscape photography.įull Frame digital cameras produces better image quality even at a high ISO value compared to any other digital camera sensor size. So sticking a 50mm lens on an APS-C digital camera (crop factor of 1.5x times 50mm) gives the same angle of view as a 75mm lens on a full frame digital camera. In digital photography, crop factor is used to compare the field of view and image quality of different cameras (different sensor size) with the same lens.
If you are using a digital camera with a smaller sensor, then the concept of “crop factor” comes into play. For example, a 50mm lens mounted on a full frame digital camera still remains 50mm. Apart from superior image quality, one other advantage of full frame sensors over smaller sensors is that they retain the same angle of view as indicated on the lens. Full Frame digital cameras are also backward compatible with 35mm film camera lenses if the lens mount are the same. 35mm digital imaging sensors are expensive to manufacture and this partly explains why full frame digital cameras are very expensive. So here comes everything about digital camera sensors:Ī full frame sensor is roughly the same size (36mmx24mm) as a 35mm film. This article will give you an in dept understanding of the three most popular digital camera sensor size and digital camera sensor size in general.
In this age of digital camera and digital photography, it is very important for every photographer to understand what sensor size is all about, and how it affects image quality and field of view. 6.3mm x 4.7mm) produce image of inferior quality compared to cameras with APS-C sized sensors. Sensor size also determines image quality and this further explains why Point-and-shoot digital cameras, usually with tiny sensors of 1/2.3inch (approx. In fact, the size of a sensor usually determines the price of a digital camera and this explains why basic point-and-shoot pocket digital cameras are the least expensive imaging devices in the market today. This device is a very important, and the most expensive component of a digital camera to manufacture. In the heart of every single digital camera lies a digital imaging sensor which is basically a sensor that detects and conveys the information that makes up an image.
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