In daylight, the iPhone 12’s main camera gives you little to complain about. There’s some ugly vignetting going on around the edges of the iPhone 12’s shot that plainly isn’t there in the Pixel’s shot. While Apple’s software emboldens object boundaries, giving everything in the frame a tinge more depth, Google’s algorithms deliver a universally more visible result, in tandem with far less overall noise. Google looks to have the upper hand at night, judging by how the iPhone 12’s best work compares to the Pixel 5’s in the example above. Still, the iPhone 11 Pro doesn’t lose out by much at all to the newer handset. Both of these photos make for dramatic, stunning night scenes, but the iPhone 12’s rendition is slightly sharper across the board, with more lifelike hues inside the shadow-clad brick and better sensitivity to specular highlights, evident in the way the brick picks up the light from the lamps above. So let’s begin, then, with a couple of Night Mode shots that illustrate what a year’s worth of improvements have done for the iPhone’s low-light performance. The upshot of both of these changes is a 27% improvement in low-light performance, which, coupled with advancements to Smart HDR and Deep Fusion, should translate to more detail in even the least favorable conditions. The primary camera in particular benefits from a 7-element design with an ƒ/1.6 aperture, the largest at the time in an iPhone. The dual-lens rear shooters are arranged in a similar fashion as they were for 2019, and both of the wide and ultrawide optics are backed by 12-megapixel sensors.ĭon’t let your eyes deceive you, however, as upgrades have been made. Judging from the outside, you wouldn’t think a whole lot has changed in the camera department for the iPhone 12. (Numbers closer to zero indicate more accurate hues.) Nevertheless, colors seemed appropriate to my eye, and the switch to OLED alone makes this a massive leap compared to the previous generation, generally speaking. Looking to the Delta-E color accuracy test, the iPhone 12 scored a result of 0.29, which is surprisingly a bit worse than the iPhone 11’s 0.22 result. It was able to render 114.5% of the sRGB color space - just shy of the 122.8% of the Samsung Galaxy Note 20 - indicating slightly more restrained and natural hues, rather than oversaturation. In terms of brightness, under our light meter the iPhone 12 topped out at 569 nits at its highest setting, which actually falls considerably short of Apple’s 625-nit estimate. Even though the iPhone 12 is more powerful than those devices - as we’ll soon see later in the review - it feels slower to use at times, simply because the display isn’t as athletic. (You'll need to get one of Apple's Pro phones to experience faster refresh rates on an iPhone - even if you opt for the new iPhone 14 lineup.)Īs a result, animations aren’t as smooth and taps and scrolls don’t respond with the same immediacy on the iPhone 12 as they do on, say, the 90Hz Pixel 5 or 120Hz Galaxy S20. Following months of rumors suggesting the opposite, Apple decided to forgo high refresh-rate displays on the entire iPhone 12 line, which have actually become quite common in the flagship smartphone space over the past year. The iPhone 12’s screen still isn’t perfect, and the reason why is clear to anyone who has used a recent Galaxy, Pixel or OnePlus phone for any length of time. And it’s surely easier to top off your phone by setting it down a puck that instantly aligns itself perfectly, rather than fumbling around at your bedside to plug in a tiny Lightning connector. The magnets help localize the iPhone 12 on chargers and makes accessory attachment more convenient. Still, that’s not to discredit the philosophy behind MagSafe, which makes a lot of sense. In a third-party charging test, the iPhone 12 charges to 50% full in 28 minutes using the 20W fast charger. The bad news is that MagSafe is slower than Apple's 20W wired charger. Your iPhone 12 will still be compatible with whatever wireless chargers or Qi accessories you already have, though to get those peak 15-watt speeds, you'll need a first- or third-party solution that incorporates MagSafe. The company’s own $30 MagSafe charging puck uses the very same Qi standard as any other wireless charger for any other phone - it just incorporates magnets, too. There’s nothing inherently unique about Apple’s brand of wireless charging here.
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