Not what they can do, but strictly how durable and reliable they are. Now that we have megapixels out of the way, let’s talk about the physical build of the lenses. This is simply how the internal lens of the camera is manufactured and what it can do, and they seem to be on pace with one another for the foreseeable future as well. I would say that as far as the MP rating is concerned-which is not the only tracker of a good camera-Apple and Android come to a tie finish. They’re still trying to find ways to push it further. If we’re just comparing the iPhone 11 Pro Max to the Samsung Galaxy Note10+, they both have the exact same amount of megapixels on their cameras: 12 MP.ġ2 megapixels is a pretty healthy amount that still hasn’t been pushed to its limits yet, which is why it’s been the megapixel count for many phone generations of the last five years. In short, the more megapixels, the better. Sensors in smartphone cameras allow for megapixels to be registered by the optics of your lens, which then transmit to the photos you can see on your screen. Megapixels are how one million pixels, contained within a square, are measured to manufacturers and the public. Since most smartphones these days come with an optical zoom, the cameras will slightly protrude from the physical body of the phone, making lenses one of the most important aspects. We’ll also look at the physical hardware on the lenses to see which one is the most scratch-resistant. First up is camera quality, which is a broad way of combining megapixels, resolutions and video settings all into one.
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