9/16/2023 0 Comments Frame lens on crop sensor camera![]() ![]() The truth is, camera manufacturers have made great strides in sensor development in recent years. While there’s some truth to this statement, it’s based heavily on the historical performance of Full Frame versus Crop Sensor cameras. Conventional wisdom dictates that Full Frame cameras will typically perform better than their Crop Sensor counterparts in low light shooting scenarios. Having put the Depth of Field issue to bed, let’s look at the low light capabilities of Crop Sensor cameras next. Captured with the Crop Sensor Sony A6600Ĭheck out this handy cheat sheet that we’ve put together for an in-depth look at how crop factors affect Depth of Field.Ĭaptured with the Crop Sensor Canon EOS 90D at ISO 6400.Captured with the Crop Sensor Sony A6100.Captured with the Crop Sensor Fujifilm X-T30.Captured with the Crop Sensor Fujifilm X-T3.Increase the distance between your subject and the backgroundīelow are some examples of images shot using Crop Sensor cameras that could easily be confused with those produced by Full Frame cameras:.Reduce the distance between you and your subject.In fact, it’s possible to achieve “Full Frame” quality results when shooting with Crop Sensor cameras when you apply the following principles: It’s important to remember that your exposure value will remain constant regardless of sensor size. While it’s true that Full Frame cameras have a shallower Depth of Field and wider Field of View, that’s not the whole story. Crop Sensor cameras from Fujifilm, Leica, Panasonic, Sigma, and Sony sports a crop factor of 1.5x while those from Canon have 1.6x crop factor. Depending on the crop factor of your particular Crop Sensor camera, this same lens will render an equivalent field of view of a 52.5mm lens at f2.1 (1.5x crop factor) or a 56mm lens at f2.24 (1.6x crop factor). For example, let’s take a Full Frame lens with a focal length of 35mm and a maximum aperture of f1.4. Whenever Crop Sensor cameras are compared against their Full Frame cousins, the subject of Depth of Field will inevitably rear its head. The key lies in mastering the fundamentals of how to properly utilize a camera and understanding the relationship between sensor size and its real-world applications.ĭepth of Field and Field of View Aren’t EverythingĬaptured with the Crop Sensor Canon EOS M6 The fact is, professional results are absolutely achievable regardless of your camera’s sensor size. As a professional photographer who also reviews photography equipment for a living, I’ve had the privilege of shooting with just about every camera commercially available. In fact, Crop Sensor cameras are amongst the best bang for the buck available on the market. Fast forward to today, however, the performance differential between Crop Sensor and Full Frame bodies is borderline negligible. This was certainly true during the nascent days when the industry was just beginning to adopt digital. Full Frame cameras were the de facto standard for a long time thanks to their performance advantage over their Crop Sensor brethren. By and large, you have the Full Frame or bust crowd to thank for this stigma. Let’s face it, Crop Sensor cameras have been getting a pretty bad rep for some time. The debate between Full Frame vs Crop Sensor cameras and their ability to produce professional results have been around as long as digital cameras have.
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