Apple iPhone 14 Pro Max battery life measured two hours higher than the previous generation

Tom's Guide simulating actual usage, the battery life of the new Apple iPhone 14 Pro Max is two hours longer than last year's iPhone 13 Pro Max. In its review of Apple's iPhone 14 Pro Max, Tom's Guide said the iPhone 14 Pro Max has an average battery life of 14 hours and 42 minutes on a full charge. In a similar test, the iPhone 13 Pro Max clocked 12 hours and 16 minutes.

In Tom's Guide's smartphone battery life rankings, the iPhone 14 Pro Max is now in second place, behind the Asus ROG Phone 6 Pro, which lasted about 15 hours and 30 minutes. In testing, Tom's Guide found that the iPhone 14 Pro Max consumed only 30 percent of its battery in 5 hours while downloading apps, listening to music, and taking photos and videos. After charging nearly 90 percent, the phone's battery dropped to just 60 percent when using the phone from 1 pm until 6 pm, downloading apps, playing music, and taking photos and videos.

When it comes to charging, Tom's Guide's test results don't quite line up with Apple's claims that the iPhone 14 Pro can charge to 50 percent in less than 30 minutes. Its tests show that the machine can be charged from 0% to 42% in 30 minutes.

Compared with Apple's iPhone 13 Pro Max, the battery of the iPhone 14 Pro Max is indeed slightly smaller, but thanks to the new A16 Bionic chip and a more efficient display, the battery life has been further improved.

Unlike the iPhone 13 Pro, the iPhone 14 Pro has a more advanced OLED display with a variable refresh rate as low as 1Hz, compared to 10Hz on last year's iPhones. In addition to the more efficient OLED panels, the display is now controlled by a new display engine embedded in the A16 Bionic chip, which reduces power consumption and features like ProMotion, Smart Island, and Always-On Display.

According to Apple's official statement, the battery life of the iPhone 14 Plus is the longest among all the iPhone 14 / Pro series, and we can look forward to the measured performance of the machine.

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