The entire Moto G7 family comes with Android 9.0 Pie out of the box. The familiar Motorola customizations like Moto Display and Moto Actions are available as well.
One of the biggest changes Google introduced with Pie was gesture navigation but Motorola has had its own take on the pill since long before that with the Moto Z2. In its latest, slightly tweaked, iteration here it's called One-button nav and it's closer to Google's own implementation than the full-screen gestures of other makers. Basically, you swipe left on the bar to go Back, swipe right to quickly switch between the last two apps, swipe up for the task switcher, tap the bar to go Home, and tap-hold for Google Assistant.
The Moto G7 Plus is powered by the Snapdragon 636 chipset, which was fairly popular in the midrange last year, but is a bit less exciting in 2019. Even so, it's an adequately powerful contemporary 14nm SoC with 8 Kryo 260 cores in its CPU, ticking as high as 1.8GHz.
The other three G7s rely on the more modest but still perfectly acceptable Snapdragon 632. Its octa-core Kryo 250 CPU (don't you just love Qualcomm nomeclature) is also clocked at up to 1.8, but is ever so slightly less brawny.
More significant difference can be observed in the graphics department where the Adreno 509 of the S636 is some 45-60% more powerful than the Adreno 506 in the S632. Logic dictates that the regular Moto G7 will be the least proud of its graphics benchmark scores of this quartet - it's got a high-res FullHD display and a relatively underpowered GPU. The Play and the Power models have lower-res 720p displays to go with their Adreno 506, which will give them an edge in real-life onscreen performance, while the high-res FullHD Moto G7 Plus has the upgraded Adreno 509 GPU.
In any case, we got to run some benchmarks on the top-of-the-line Moto G7 Plus and here come the results. For comparison purposes, we're including other S636 devices we've tested before, as well as the only other S632 smartphone that we've managed to get our hands on - the Asus Zenfone Max M2. Competing midrange chips are also in those charts.
Higher is better
Higher is better
Higher is better
Higher is better
Higher is better
Higher is better
Higher is better
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