iPhone 15 Pro will have better battery life with Sony LiDAR sensor
Apple’s future flagship phones will have convenience features for users in terms of design and usage. We’ve already heard that the company is looking to take a new approach to the volume, power, and mute buttons. Now according to the latest reports, apparently the models iPhone 15 Pro They will be supplied with efficient LiDAR scanners, which will eventually increase battery life it helps.
According to wccftech reportSony will be Apple’s main supplier of LiDAR scanner equipment. In the past, “Ming-Chi Kuo”, a reliable analyst of Apple products, pointed out that Sony supplies most of the sensor modules of these devices. More specifically, Sony will supply the sensor module, VSCEL, receiver and driver for Apple phones.
Increase the battery life of the iPhone 15 Pro
The main reason for Apple’s decision is the efficiency and performance of the device’s LiDAR scanner. In fact, the sensor made by Sony will consume less power and also provide better performance. In addition, it is said that this sensor can provide the same results as before, but it will make the iPhone 15 Pro models equipped with a better battery.
Along with the A17 Bionic chip, Sony’s LiDAR scanner makes the iPhone 15 Pro have better battery life than current models. It has also been reported so far that Apple plans to use its own internal 5G modems in these devices, which are also planned to use less power and provide more advanced connectivity. Of course, Qualcomm announced this fall that all Apple iPhone 15 models will be equipped with the company’s 5G modem.
If you haven’t been up to date with the iPhone 15 series news, Apple is planning to use an integrated volume control button and a new button with push mode instead of a mute switch on the Pro versions. In addition, the future flagships of the Cupertinos will benefit from the A17 Bionic chip, which is made with TSMC’s 3nm process. On the other hand, the iPhone 15 Pro models will have better battery life due to their low consumption chip.