![]() ![]() ![]() And innovation isn’t slowing down Moore’s Law is consistently being bent and stretched. Qualcomm’s latest Snapdragon 865, for instance, has myriad capabilities designed specifically for imaging and image capture. ![]() Improvements at a silicon level add up to big changes to a phone’s functionality, and the advent of higher-performance cameras was born for the massive developments ARM has made in the last decade.ĭual, triple, and even quad-lens cameras are now only possible because of the powerful chipsets we have inside our phones. But it wasn’t until mid-way through the 2000s, that things really started heating up, thanks to key developments with chipsets and image signal processors. IPhone Camera Updates – iPhone 4 to iPhone 12Ĭameras have always been an important part of a phone. As you can see below, the big changes happened slowly, over the course of the last decade. It has developed over each generation, adding in more megapixels, more sensors, improved machine learning, and things like Optical Image Stabilization. READ: Find Out How I Saved 40% On My Last iPhoneīut it wasn’t always this way the evolution of Apple’s iPhone camera has taken A LONG TIME. Currently, users of the latest iPhone devices can capture images and videos in 4k quality, as well as harness an array of tools and software applications to create professional-looking photos. Apple uses top-notch technology to ensure that the cameras in iPhones produce only high-quality images. If there’s one thing iPhone users enjoy, it’s taking beautiful photos with their devices. ![]() Here, we will show you the evolution of the Apple iPhone camera from the iPhone 4 to the upcoming iPhone 12, detailing how it has changed over the years – from the number of sensors to the type of technology they use… ![]()
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