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Using a full frame lens on a crop sensor
Using a full frame lens on a crop sensor











using a full frame lens on a crop sensor

Some professional photographers prefer crop sensor cameras because they better suit their workflow. Canon, for example, has a crop sensor with a factor of 1.6x, and Nikon has a crop sensor with a factor of 1.5x, and Olympus and Panasonic use micro 4/3 systems that use crop factors of 2x. However, manufacturers each have their own crop factor or naming systems. There are two common types of a crop sensor, the micro 4/3 system and the ASP-C. Camera manufacturers also started making cheaper lenses to go along with these smaller sensors, which mimicked the focal length of a full-frame camera. These larger sensors were expensive, so smaller, less costly sensors were made, which would work with older full-frame lenses. With the new DSLR technology, manufacturers made large 35mm sensors so that people could continue using their lenses on new cameras and make the transition easier. Until digital SLRs were invented, the film camera was shot on a 35mm reel. Although Full Frame cameras are generally considered to be superior, there are features of a crop sensor camera that may better suit your needs or your personal preferences. A Crop Sensor camera has a sensor size that is smaller than a 35mm sensor.īoth types have their pros and cons, and it is an essential factor for you to consider before investing in a camera. A Full Frame camera has a sensor size that has the same extent as the 35mm film format or the standard film gauge of 36 x 24mm. Full Frame and Crop Sensors are different camera types.













Using a full frame lens on a crop sensor