So if you’re looking to shoot astrophotography or capture images in dark settings a crop sensor may not be the way to go.Īnother drawback is that it can be more difficult to achieve a shallower depth of field with crop sensors. This is due to the fact that because the sensor is smaller the actual pixels themselves are usually smaller and can’t absorb as much light or information. One legitimate drawback is that crop sensors usually have reduced low-light performance. ![]() So, in my book, this isn’t necessarily a drawback but it’s worth mentioning for the sake of this article. If you’re looking to significantly crop your images or print them quite large, then perhaps this may be a drawback to you otherwise, it’s really just personal preference. Personally, I don’t necessarily consider this a drawback as every photographer is different and a very large number of us don’t really need a ton of megapixels. The most talked about “drawback” of crop sensor cameras is probably the fact that they have fewer megapixels and therefore lower image resolution. This is especially beneficial if you’re traveling or have to carry your gear for longer distances. So a 600mm lens would effectively be a 900mm lens with a crop sensor.Ī third advantage of crop sensors is that the cameras that house them are often smaller and lighter than many full-frame cameras. This additional zoom or extra reach is actually caused by the crop factor itself extending the focal length of your camera by 1.5x. Because of this additional “zoom” many photographers that focus on wildlife will opt to use crop sensor cameras. And, if you don’t necessarily need all the nicest features out there or a massive sensor then these sensors can deliver some great results at a fraction of the cost.Īnother key benefit of crop sensors is that they can give you extra reach, especially when shooting subjects that are quite far away with a telephoto lens. Cameras equipped with crop sensors are generally more affordable, making them an excellent choice for beginners or photographers on a budget. One of the main benefits that makes crop sensor cameras so attractive to many photographers is cost. Let's explore some of the benefits and drawbacks of crop sensors: They are usually 23.6mm wide and 15.6mm tall and are commonly found in entry-level and mid-range DSLR and mirrorless cameras. They get their name from the fact that they capture a smaller portion or "crop" of the image compared to full-frame sensors either with a crop factor of 1.5 or 1.6. full frame battle.Ĭrop sensors, also known as APS-C sensors, are quite a bit smaller than full-frame sensors. Let’s get right into it and discuss everything you need to know in the crop sensor vs. Today’s article will provide an in-depth exploration of these two sensor types, covering the main talking points as well as the benefits and drawbacks of each, ideally helping you make an informed decision on which is right for you. The overall size of a sensor and the number of megapixels can greatly alter the way your photos turn out and two of the most common and popular types of sensors currently being used are crop sensors and full frame sensors, each with its own set of advantages and drawbacks. ![]() In today’s world of digital photography, one of the most critical decisions a photographer must make is choosing the type of sensor that will capture their images. full frame sensors and it’s certainly not a bad idea to be informed on the key differences between the two. Whatever the reason may be, a conversation that comes up a ton in the photography world is that of crop sensors vs. ![]() Or maybe you’d just like to learn more about what types of camera technology are out there. Are you in the market for your next camera? Perhaps you’re looking to justify a purchase you recently made.
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