The clear emerald waters of Sand Harbor on Lake Tahoe's eastern shore in Nevada, shot on the iPhone 12 Pro with the new f/1.6 wide (26mm) lens. In these images shot with the wide lens, notice how the underwater rocks in the foreground are properly exposed and show virtually no noise, but at the same time we still haven't lost any detail in the bright sky and the distant mountain range. Across my photos taken with the wide lens, there's a shockingly low amount of noise in the shadows, even in the smallest of details. Then the new seven-element lens, which Apple says allows 27% more light into the sensor, has been shown to dramatically improve the clarity and sharpness around a picture's edges. That'll mean marginally better low-light performance on the same 12-megapixel sensor as the previous iPhone. The iPhone 12 Pro's standard 26mm lens, dubbed wide, has now been upgraded from an f/1.8 to a wider f/1.6 aperture. Though the iPhone 12 and 12 Pro have the same selfie, wide and ultrawide cameras, the real photographic monster will be the coming iPhone 12 Pro Max with ProRaw enabled. Read more: The best phone to buy for 2020 What else will make my photos better? I loved using the new focus feature and the ultrawide Night Mode - they made for excellent and instantaneous in-focus photos.
And for sure, the iPhone 12 Pro is a very real camera setup. Fast focus just makes it feel like a "real" camera setup. Sunrise at Emerald Bay on Lake Tahoe, shot on the iPhone 12 Pro with the telephoto lens at 7:07.Īs with many of Apple's incremental upgrades over the past few years, lidar takes the iPhone another step closer to having shooting abilities comparable to those of a high-end professional DSLR. It happened so fast and accurately while I was shooting, I quickly learned not to even worry about whether the shot was going to turn out well. I noticed a huge difference from the improved focusing. Apple says lidar also will improve low-light shots by allowing the camera to focus up to six times faster in darker conditions.
The technology promises to help capture image data in low-light situations by better reading the landscape and augmenting the visual data from the camera lenses. Read more: iPhone 12 review: One of our highest-rated phones of all time It's not too different from how Apple's Face ID works. By measuring how long it takes for light to bounce off objects and come back, the sensor creates a field of points that map out distances. Lidar, which stands for light detection and ranging, uses lasers to survey the environment you're shooting.
The iPhone 12 Pro has a triple-lens rear camera setup that's common on most current high-end phones, and it adds a depth-sensing imaging technology called lidar (it's on the Pro Max as well).
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