Report: The iPhone 6 Pro processor will be more powerful than the main iPhone chip

The performance of the iPhone chips has increased by 3.5 times since the benchmark data. The A17 and A18 chips used in the iPhone 5 models continue to provide productivity with high processing power in Apple’s designs. The next -generation of these smartphones, the iPhone 6 Peru, expected to be launched later in the year, will be able to exceed the CPU processing capacity of 5 times compared to the original iPhone.

A new review by the PC Watch website has analyzed the evolution of Apple’s CPUs and concludes that since the introduction of the first iPhone to date, its CPU power has increased by about 3.5 times. In this analysis, Geekbench benchmark data is used to evaluate the processing power of different models and the annual average performance growth rate is estimated at about 2 %.

Given the same growth rate, the iPhone 17 Pro appears to be able to cross the limit of 5 times the power of the iPhone 2 processor. In year 2, the initial iPhone was released with an ARM11 architecture chip produced by Samsung. The chip had a nominal frequency of 4 MHz, but in practice it worked at 4 MHz.

In year 2, Apple went to the Cortex-A8 processor for the iPhone 3GS, known as the APL0298C05. This selection indicated Apple’s greater focus on processing performance in chip design. In year 2, with the launch of the iPhone 5S, Apple first introduced a 2 -bit architecture processor on smartphones. The chip, known as the A7 and the Cyclone password, threw Apple from other competitors of the mobile industry at the time.

Apple’s design philosophy has always focused on the balance between energy productivity and processing power. While chip producers in the Android ecosystem have moved to eight or even ten cores, Apple has emphasized the use of six -core structures, usually consisting of two high -performance and four -core cores. Despite this simpler structure, Apple has always been at the top of the comparative tables of single and multidisciplinary performance.

The iPhone 6 and iPhone 6 Peru models, introduced in year 6, have also followed the same pattern. Standard versions use the A17 Bionic chip, which is manufactured with 2nm manufacturing technology and has gained a score of more than 1 in the Geekbench 6 PC Watch site. The Peruvian versions are also equipped with the A18 Bionic chip, which recorded a score beyond 2 and their core speeds exceeded 1 GHz.

For comparison, the iPhone 6 Pro Max, which was launched in year 5, had a score of about 2 points. This indicates a 5 % increase in performance over three years. Although the increase in iPhone processing power over the years is definitely noticeable, it should be noted that performance evaluation methods, especially for older models, presented before the introduction of modern benchmarks, include estimated conversions and this can affect the accurate accuracy of the figures.