Apple's A14 SoC will have comparable power to a next-gen PC processor

 Apple's A14 SoC will have 

comparable power to a next-gen 

PC processor


Apple's A14 SoC will have comparable power to a next-gen PC processor


Apple will present the iPhone 12 at the top of this year, a smartphone that will renew its design and can come equipped with the new A14 SoC. The chips that Apple designs have differentiated themselves from the competition by offering outstanding performance, both in single-wire environments, where the IPC and frequency of labor are most influential and in multi-wire environments, because of the leap that the corporate has made to the six-core and eight-core configurations.


The arrival of the A12X SoC, utilized in the 2018 iPad Pro, marked a serious turning point. Its eight-core configuration and high operating frequencies made it one among the primary mobile chips that would truly compete with next-gen x86 processors utilized in mainstream PCs and laptops, and therefore the A14 SoC promises to boost the bar.



The SoC A14 is going to be manufactured in 5 nm process


The SoC A14 is going to be manufactured in 5 nm process


Apple has not limited itself to depending on maintaining a high level of performance in its SoCs, it's also maintained an "aggressive" strategy of every to adopt new manufacturing processes. it's true that the apple company doesn't manufacture its own chips, it uses companies like Samsung or TSMC to "cook" them, and thus the ratio of functional chips and defective chips that it obtains depends on the maturity of the processes. manufacturing of both companies, but also the planning they need to bring back silicon.


Indeed, Apple also has a crucial responsibility within the process jumps, since it's, within the end, the one that performs one among the foremost important steps when manufacturing a chip: its design on paper. The layer of customization that they add on top of the ARM architecture that underpins the CPU integrated into their A-series SoCs is extremely marked and represents a big risk when it involves moving it to the wafer.


It is not a matter that we should always take lightly. Qualcomm, for instance, decided to melt the customization layer that it adds to the CPU of its Snapdragon SoCs, a technique that Apple doesn't shall follow with the A14 SoC.



Performance at the extent of a 6-core desktop CPU


Performance at the extent of a 6-core desktop CPU


The debut of the SoC A14 will happen later this year and can be, as we anticipate, the guts of the new iPhone 12. the primary estimates suggest that its performance in Geekbench 5 are going to be between 1,500 and 1,600 points in a single thread, and between 4,500 and 5,000 points in multi-thread. they're excellent figures, and although they're not confirmed it is sensible and that they are perfectly credible.


Regarding the GPU, we'll see an answer customized by Apple. Its performance is harder to predict since we've seen little marked generational leaps, like the one that occurred from the SoC A10 to the SoC A11, et al. very marked, like the one that occurred from the SoC A12 to the SoC A13, but in Overall, an improvement of a minimum of 20% is often expected.


The constant improvements that Apple introduces in its SoCs and therefore the jump that the A14 SoC will mark have again triggered the rumors that the apple company could find yourself using its own processors in its Mac computers. this concept has been around repeatedly, but it's not been consolidated, and admittedly I feel it'll never succeed.


Apple markets products at different levels and wishes different processors to hide its particularities, also as fully optimized and adapted software. Using your own processors on all of your computers would be a really complex move due to all that it implies at the platform and software level.


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