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One of the main innovations of the upcoming iPhone 16 Pro (Max) is supposed to be the A18 Pro chipset, which will once again push iPhones significantly forward in terms of performance and allow them to do things that we could not even imagine a few years ago.chat only dream. Although at this moment we know that it Apple it will again be manufactured using the 3nm method, just as it is with its current TOP processor in the form of the A17 Pro, at least the approximate performance has been shrouded in mystery so far. However, they have now been at least partially dispelled by one reliable foreign portal. 

The results of one of the first performance tests conducted via the Geekbench 6 application were first published by the TimesNowNews portal, which was supposed to have been provided by a trusted source. leaker. The A18 Pro was supposed to achieve more than 3500 points on a single core and more than 8200 points on multiple cores in the test. The A17 Pro, however, only achieves around 2900 points on a single core and 7200 points on multiple cores in the same test. The performance jump therefore seems to be truly monstrous, especially in simpler tasks using only one core. What is even more interesting is that the A18 Pro, like the A17 Pro, is supposed to be built on TSMC's 3nm manufacturing technology. In essence, they should be the same type of chips, although the A18 Pro will be manufactured using a more advanced 3nm method.

If leaked information about the performance of the upcoming iPhone 16 Pro (Max) confirms, it is more or less clear that the new product will aspire to be the most powerful phone of its time and of course for many months to come. There are rumors in the corridors that Qualcomm is developing a new generation of the Snapdragon 8 chip, which should Applu and its A-series chips, however, similar "rumors" have been circulating the air before practically every new Snapdragon chip was introduced and have always proven to be too bold. So let's be surprised what kind of nakonec will be a reality – both from the side Applu, and Qualcomm. 

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