While you can still shoot Super 35 on film, both APS-C and Super 35 sensors are now found on digital cameras and will be referred to throughout this article. In most applications, APS-C and Super 35 are similar-sized sensors that are compatible with lenses designed to fit either shooting method. In breaking down each’s characteristics, we will detail them both to highlight which sensors work best for your individual application. They are both often compared to the growing popularity of full-frame sensors that capture a much wider shot.ĪPS-C and Super 35 are frequently grouped together more often than not because of their similarities rather than their differences. Both of these capturing methods will often be compatible with similar lens types and sizes but offer significant differences for photography and film applications.
Keep reading to learn the differences between APS-C and Super 35 camera sensors. While similar in size, Super 35 has a slightly larger cropped frame. Super 35 is standard in filmmaking for directors and cinematographers.
Full frame sensor vs aps c professional#
APS-C is no longer used for professional filmmaking and is found in most DSLR cameras. The difference between APS-C and Super 35 is their contemporary use. While they share many similarities, they are used in different applications. APS-C and Super 35 are mistaken for each other because their aperture dimensions are quite similar. These sensors are used in cameras to capture light and convert it into the image you see on your screen. This can be an advantage for shooting wildlife and other distant subjects by requiring smaller and lighter lenses.APS-C and Super 35 are often looked at similarly because of their close sensor sizes. So a lens on an APS-C camera has a smaller angle-of-view, just like a longer zoom, than the same lens on a full-frame camera. The crop-factor applies to the field-of-view of your lenses too. So if you think you will just buy cheaper lenses after spending more on the body, that you will cripple your camera.
Full frame sensor vs aps c full#
There are two things to consider when comparing image quality, one is the lenses you use and the other is print size: If it does come in a a surprisingly low price, expect the NEX-7 and A77 to drop in price soon after. The D600 has a rumored price as it has not been announced yet but the different in price will most likely be more than $400. This means that you should expect to by buying bigger more expensive lenses for you bigger more expensive camera, assuming you compare the same grade of lenses of course.
It is also important to know that a camera which has a bigger sensor requires bigger lenses. Full-frame sensors also allow for a more shallow depth-of-field which is seen in classic portraits and abstract photography. If you compare modern cameras, then full-frame models are indeed better in terms of image quality but if you were to compare older models you will find the latest APS-C sensors to be better than previous generations of full-frame cameras. Bigger pixels means less noise and higher dynamic-range but of course there are variations. APS-C sensors are 1.5X smaller linearly which is why they are also called 1.5X cropped sensors.įull-frame sensors are known to have higher quality because they have bigger pixels. A full-frame sensor is physically larger than an APS-C sensor.
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