Apple A15 Bionic (Apple GPU) and Apple A13 Bionic (Apple A13 Bionic GPU). The Apple A15 Bionic has a combined score of 98 in the CPU Ladder ranking, while the Apple A13 Bionic processor has a combined score of 98. By comparing the two cpus in benchmark tests such as AnTuTu and Geekbench and the basic parameter information, we can draw the following conclusions:
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1, Apple A15 Bionic processor Geekbench 5 single-core score is 0.71 times higher
2, Apple A15 Bionic processor Geekbench 5 multi-core score is 0.81 times higher
3, the Apple A15 Bionic processor's Antutu benchmark test score is 0.81 times higher
4. Apple A15 Bionic processor has 0 more CPU cores (6 vs 6 cores)
5, Apple A15 Bionic processor CPU frequency increased by 82.51% (3223 MHz vs 2660 MHz)
6, Apple A15 Bionic processor processing technology is smaller (5 nanometers VS 7 nanometers)
7. Apple's A15 Bionic processor has 17.61% fewer CPU transistors (15 billion vs 8.5 billion)
8, Apple A15 Bionic processor has a better instruction set architecture (ARMv8.5-A VS ARMv8.4-A)
9, the Apple A15 Bionic processor has A higher memory frequency (4266 MHz VS N\/A)
10, Apple A15 Bionic processor memory type is better (LPDDR4X VS LPDDR4X)
The Apple a13 and a15 processors differ in performance, power consumption, network format, manufacturing process, and so on.
Apple's A13 processor, first released in the iPhone11 series. The 7nm TSMC process is adopted. The performance is very powerful. The a15 processor will debut in the iPhone13 series in 2021. A 5nm process was adopted. The Full Blood version also adds a gpu core. There is still a performance gap of about 40% between the two, as well as whether to support 5G and other differences
The two processors obviously compare the performance of the latter, more powerful than the former only 800,000 points, while the latter's run reached more than 1.2 million points, the improvement effect is very obvious, and the latter supports 5G dual-mode full netcom function, while the former only supports 4G full Netcom function, in this respect, the latter is more powerful than the former.
The A15 chip integrates up to 15 billion transistors and is equipped with a new 6-core CPU, including two performance cores and four energy efficiency cores, which improves CPU performance by 50%.
What is the concept of 15 billion transistors, which is very close to the 16 billion transistors of the M1 chip, which is a new chip on the desktop.
The A14 processor uses TSMC's 5nm process and has 11.8 billion transistors. The A14's CPU core architecture is still designed with 2 large cores and 4 small cores. According to the data previously released by TSMC, the 5nm process relative to its previous 7nm process, the logic density is increased by 80%, the performance is improved by 15% at the same power consumption, and the power consumption can be reduced by 35% at the same performance. The A13 offers a 20% improvement in both CPU and GPU performance over the A12. Therefore, if the processor performance metrics of the two generations are the same, the A14's CUP performance is only about 16% faster than the A13, and the GPU performance is only about 8.3% better than the A13.