According to the claim made today, it will be released in September 2024. iPhone 16 Two different processors for the family can be improved.
by Apple September 12 introduced on iPhone 15 While his family remains on the agenda, today will come once again in 2024 iPhone 16 Information came for his family. According to a Chinese source, Apple may develop two different 3 nm-based mobile processors for the 16s. In other words, the 16 and 16 Plus models may not use the A17 Pro processor in the 15 Pro and 15 Pro Max, TSMC has lower production costs for them. N3E A new processor can be prepared to be rolled off the production line. The 16 Pro and 16 Pro Max or 16 Ultra models are definitely made by TSMC like the A17 Pro. N3B (Prepared in partnership with Apple) will center on a powerful 3nm processor called A18 Pro, which will most likely come off the production line. If these plans come true, For the first time, Apple will have designed a special processor for standard iPhone models. According to previous allegations, the top man in the new family Zoom ratio on 16 Pro and 16 Pro Max cameras will be equal to (This still weighs heavily) or the zoom ratio in 16 Pro Max will be increased slightly by offering 5 times zoom in 16 Pro. If you missed it, it was recently introduced iPhone 15 Pro Max The model offers higher optical zoom than the 15 Pro.
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Behind this newly passed 5x zoom level is a standard “periscope” by Apple, not the camera infrastructure “tetraprism” There is a system called . Apple itself officially explains this system as follows: “Meet the state-of-the-art tetraprism design. This design, which has a complex glass structure under the lens, allows the light to travel further in the same area as it reflects the rays four times. Thus, you have a new focal length that will broaden your horizons. We pioneered the industry by developing 3D sensor-based optical image stabilization and an autofocus module that moves in three directions to support the tetraprism design. Thanks to our most advanced stabilization system to date, twice as many micro-adjustments as before are possible.”