Apple is preparing to introduce a brand new iPhone later this year, which will feature an ultra-thin design. Although the exact dimensions are not yet known, it is expected to be almost as thin as the iPad Pro with OLED screen.
However, the ultra-thin body implies certain compromises, such as a smaller battery and a single camera sensor on the back. Apple seems to be aware of this problem and is working to equip the iPhone 17 Air with a «high-density» battery to overcome the limitations associated with the thinness of the case. This was reported by analyst Ming-Chi Kuo.
This technology will also be used in the foldable iPhone, which confirms the company’s intention to develop more compact devices without significantly reducing battery life.
Thanks to the high-density battery, Apple is expected to make a breakthrough in the battery life of the iPhone 17 Air. It is not yet known what the actual battery capacity will be, but there is reason to believe that it will improve significantly. High-density batteries have a higher capacity (Wh or mAh) for the same size, which will contribute to longer battery life without increasing the size of the device.
Currently, the iPhone 16e has a larger battery than the standard iPhone 16 (6.1 inches) because its body does not contain an additional camera module. Therefore, the iPhone 17 Air is likely to have a similar design with a single camera sensor, which will allow for a larger battery.
In addition to an efficient battery, the iPhone 17 Air will feature Apple’s proprietary C1 modem. It is already used in the iPhone 16e, and the company claims that the device significantly increases energy efficiency. The iPhone 16e with a 6.1-inch screen has the best battery life among similar models, which is partly due to the efficiency of the new modem.
The combination of a high-density battery and Apple’s C1 modem can solve the main battery life issues of the iPhone 17 Air. Previously fears were raisedthat due to its too small thickness, this smartphone will have a meager battery and autonomy.
Source: wccftech
