1, iPhonex uses A11 processor, the processor uses 6 core design, the process is 10nm, equipped with neural network engine, the mobile phone is equipped with an 8-inch screen, the screen type is super retina HD display, in taking photos, the mobile phone is equipped with rear dual camera.
2, is a 10 nanometer process. According to the query of the stack network, the chip used by Apple X is the A11Bionic chip, which was independently developed by Apple in 2017The chip, which uses a 10-nanometer process, has six cores, two high-performance cores and four high-performance cores.
3, iPhone X is equipped with 10nm A11 processor. The A11 processor is a processor chip independently developed by Apple Inc., which adopts a 6-core design, consisting of two high-performance cores code-named Monsoon and four low-power cores code-named Mistral.
4. The Apple X is powered by the A11 processor. The A11 Bionic is a chip developed by Apple in 2017. A11Bionic has a 6-core design and uses TSMC 10nm process technology for the iPhone 8 Plus and iPhone X.
5, iPhoneX size is 8 inches, iPhoneX adopts rear dual 12 megapixel camera, wide-angle lens aperture is F/8, telephoto lens aperture is upgraded to F/4, both lenses support optical stabilization.
Different number of cores Apple A10: The Apple A10 processor is a fourth-generation 64-bit mobile processor developed by Apple. The number of cores is four, with two high-performance cores and two energy-efficient cores.
The chip uses a different process. The Apple a10 uses TSMC's 16nm process, while the Apple a11 uses TSMC's 10nm process. Processors vary in GPU performance.
Release time different Apple chip A10 processor in the early morning of September 8, 2016 Beijing time Apple iPhone7 Plus press conference officially released. The A11 processor is a processor chip independently developed by Apple Inc., and the A11 processor was released in the early morning of September 13, 2017.
According to the official introduction, the A11 processor uses TSMC's most advanced 10nm process, while also using a breakthrough six-core design. The performance of the large core is 25% higher than that of the A10, the four small cores are 70% higher than that of the A10, and the multi-performance processing is 75% higher.
This article will explain the difference between the A10 and A11 chips in detail. Manufacturing Process A1The 0 chip uses the 16nmFinFET process, while the A11 chip uses the more advanced 10nmFinFET process. This means that the A11 chip is more efficient than the A10 chip and can provide better performance and longer battery life.
The GPU equipped with A11 is a three-core GPU developed by Apple, and the performance is 30% higher than that of A10, while the power consumption is reduced by 50%. In other words, the A11 will allow you to play longer games while providing smoother and more gorgeous graphics.
Kirin 990. The a11 processor is equivalent to the domestic Kirin 990 processor.
According to some test data, the A11 processor is equivalent to about twice the performance of the Kirin 970 processor. Specifically, the single-core performance of the A11 processor reached about 4,200 points, and the multi-core performance reached about 10,000 points. The single-core performance of the Kirin 970 processor is about 1900 points, and the multi-core performance is about 6600 points.
Apple x is equivalent to Kirin 980. On the basis of