In this news
- What is the big change coming to the iPhone 16
- iPhone 16: what processors to bring
The expectation for the arrival to the market of iPhone 16which is expected to be produced in September 2024, is increasing thanks to new rumors about its characteristics.
The latest news about Apple’s next smartphone has to do with a important change in his physiognomywhich will affect the way users use it on a daily basis.
What is the big change coming to the iPhone 16
The novelty that can change forever iPhone in its version 16 it is the elimination of the classic and reliable physical buttons on the sides. Instead, a capacitive touch system will be used that, similar to screens, detects the touch of your fingers.
This was reported by the Chinese site Economic Daily News, which cites sources close to Asian component manufacturers to whom Apple usually commissions the manufacturing of different parts of its equipment and prototypes.
In addition, it is detailed that the Cupertino company will include in its next phones a vibration system that will give a subtle feedback to the user when using the new touch points that will replace the “buttons”.
If this change in the appearance and functionality of the iPhone comes to fruition, it remains to be seen what the response of the rest of the mobile phone industry is. In fact, it is to be expected that other manufacturers will join the idea of eliminating physical buttons.
iPhone 16: what processors to bring
According to the data that has been leaked so far, the iPhone 16 line be divided – like the current generation – into four models with different specifications: iPhone 16, 16 Plus, 16 Pro and 16 Pro Max.
The most recent information indicates that all iPhone 16 variants will have 8 GB of RAM. This is a significant improvement for the most basic versions, which in the previous generation only came with 6 GB.
According to information released by specialized analyst Jeff Pu, both the 16 Pro and 16 Pro Max models will have the chip Apple A18 Bionicmanufactured in a sophisticated 3 nanometer process.
For their part, the lower ranges could have this same chip, although with reduced features, such as fewer active processing cores, as well as a less powerful graphics section.
