In 2007, Apple changed the way we think about phones. They made the first iPhone and their Apple Silicon SoCs.
When Steve Jobs showed the iPhone, all the other phone companies had to change their plans. They needed to catch up to Apple because Apple’s iPhone was so good.
Apple makes expensive phones for the high-end market and they don’t care about making cheaper ones. Some old iPhones are still really good even today. Apple even updates their very old iPhone 8, which is 6 years old, with the iOS 16.
Apple Silicon SoCs for iPhones
Apple Silicon refers to all the systems on a chips that Apple makes. They use a company called TSMC to build these chips. These chips usually come in a special package called PoP. At first, Apple used a type of GPU called Power VR. But now, they make their own GPU called Apple GPU.
The beginning
The journey began in 2007 with the APL0098, a 90nm single-core chipset running at 412MHz. This chip powers the iPhone, iPhone 3G, and the iPod. The next year (2008), an update to the APL0098 called the APL0278 was released. It is a 65nm single-core chip running at 533MHz and was used in the iPod touch. In 2009, a new single-core 65nm ARM cortex A8 chipset running at 600MHz called the APL0298 was released. It is used in the iPhone 3GS.
The A series is born
In 2010, Apple decided to do a naming system change, and the new chipset is called the A4. The A4 is a 45nm single-core ARM cortex A8 running at 1GHz which is used in the iPhone 4, the iPad, and the iPod touch. In 2011, Apple released the A5 which is used in the iPad 2 and iPhone 4S. The A5 was a dual-core 45nm single-core ARM Cortex A9 running at 800MHz to 1GHz. In 2012, a revision to the A5 called the A5X was used in the iPad 3. The A5X was the first Quad-core SoC designed by Apple. It is also the biggest ever SoC made by Apple, a huge 165nm quad-core ARM Cortex A9 running at 1GHz.
iPhone 5
In September 2012, the first Apple SoC running with Apple’s new Custom cores was released. This new chipset was called the A6 and it was used for the iPhone 5 and iPhone 5C. The name of the new custom cores was called Swift. The A6 was built on a 32nm process, with dual Swift cores running at 1.3GHz. Swift cores were built on ARM’s ARM v7-A architecture. Their performance is comparable to any ARM cortex cores between A9 to A12. The next month, an updated SoC called the A6X was released for the for the iPad 4. The A6X and the A6 were identical but the A6X has a faster clock speed of 1.4GHz.
In 2013, Apple announced a new 64-bit chipset called the A7. This was the first chipset on any smartphone to use a 64-bit architecture. Up until that point, all phones ran on 32-bit architecture. The A7 was built on a 32nm process and used a dual-core custom core called Cyclone running at 1.4GHz. The A7 was used for iPhone 5S, iPad Air, and the iPad Mini 2 and 3. The Cyclone was built on ARM v8-A with instruction sets A64 and A32. Their performance is comparable to any chipset between A35 and A73. The Apple A7 could perform as well as a modern MediaTek Helio A22.
iPhone 6
In September 2014, Apple released the Apple A8. The A8 is built on a 20mn process, with dual custom Typhoon cores clocked at 1.4GHz. The A8 is found in the iPhone 6, iPhone 6 Plus, and the iPad Mini 4. In the next month, an upgraded A8X with three cores and a faster clock speed of 1.5GHz was used in the iPad Air 2.
The Typhoon is built on ARM v8-A with instruction sets A64 and A32. Their performance is comparable to any modern chipset using anything between the A57 and A73. The A8 can be compared to a modern Helio P22.
The next year (2015), a new chipset called the A9 was released for the iPhone 6S, iPhone 6S Plus, iPhone SE and the iPad (2015). It was a 16nm SoC with dual-core custom Twister cores running at 1.8GHz. It was released alongside its updated version called the A9X which was identical to the A9 but ran at a much faster speed of 2.26GHz. the A9X can be found in the iPad Pro. The Twister was built on ARM v8-A with instruction sets A64 and A32. Their performance is comparable to any chipset between A72 and A73. The A9 is as good as a Helio P90 or SD670.
Read: The History of iOS
iPhone 7
The year 2016 brought the A10 Fusion. The size of this SoC remained at 16nm but it was a quad-core SoC with custom Hurricane and Zephyr cores arranged in a 2+2 big.LITTLE arrangement. They ran at a blazing fast 2.34GHz. The A10 Fusion powers the iPhone 7, iPhone 7 Plus, iPad (2016) and the iPod touch. In 2017, the updated A10X Fusion had shrunk significantly to 10nm, and it had 6 custom Hurricane and Zephyr cores (Hexa core) arranged in a 3+3 big.LITTLE arrangement and ran faster than the original at a speed of 2.38GHz. The Fusion was built on ARM v8.1-A with instruction sets A64 and A32. Their performance is comparable to any chipset using A76 CPU cores. The A10 Fusion is comparable in performance with a Helio G90T, SD720G, or SD835 today.
iPhones 8, 8+, and X
Later that year (2016), in September, the next installment of the Apple Silicon line called the A11 Bionic was announced. The A11 Bionic was built on a 10nm process. It has a Hexacore custom Moonsoon and Mistral cores arranged in a 2+4 big.LITTLE arrangement running at 2.39GHz and 1.6GHz.
The A11 was the first of Apple Silicon SoCs to use the in-house Apple GPU. The Phones using the A11 Bionic are the iPhone 8, iPhone 8 plus and iPhone X. The custom cores Moonsoon and Mistral are built on ARM v8.2-A with instruction sets A64. Their performance is comparable to a Cortex A78. The A11 is around the same level as the SD845 or SD 765G.
In September 2018, the next iteration of the Bionic SoC called the A12 Bionic was released. The A12 Bionic was built on a 7nm process and is a hexa-core SoC just like its predecessor. It houses Vortex and Tempest custom cores in a 2+4 big.LITTLE arrangement running at speeds of 2.49GHz and 1.6GHz.
iPad Pro (2018)
The next month, the updated A12X was released for use in the iPad Pro (2018). It was identical to the original A12 but had a better GPU (Apple GPU 7 core). In March 2020, another updated iteration of the A12 called the A12Z was released for the iPad Pro. It is identical to the A12 but ships with an 8-core Apple GPU. The custom cores Vortex and Tempest are built on ARM v8.3-A with instruction sets A64. Their performance is comparable to a Cortex A78. The A12 is still among the best SoCs in the world despite being over 2 years old.
iPhone 11
The A13 made its debut in 2019 and can be found in the iPhone 11, iPhone 11 Pro, iPhone 11 Pro Max, and the iPhone SE. It is built on a 7nm process and has hexa custom cores (Lightning and Thunder) arranged in a 2+4 big.LITTLE configuration running at 2.66GHz. The custom cores Lightning and Thunder are built on ARM v8.4-A with instruction sets A64. Their performance is comparable to a Cortex X1 CPU core.
iPhone 12 series
The Flagship for 2020 is the A14 Bionic. Apple claims it is 16% faster than the A13. The A14 powers current Apple Flagships such as the iPad Air, iPhone 12 mini, iPhone 12, iPhone 12 Pro, and iPhone 12 Pro Max. It is built on a 5nm process and has a hexa core (big. LITTLE) arrangement of 2+4.
The new custom cores are Firestorm and Icestorm. They are built on ARMv8.4-A architecture. By comparison, the nearest Android processor cores (Arm Cortex A78 and X1) are built on the ARMv8.2-A. This should give you an idea of how advanced the A14 is.
Read: iPhone 13 series: All you need to know
iPhone 13 series
The iPhone 13 series made its debut with the Apple A15 Bionic. The A15 Bionic has two Avalanche and 6 Blizzard custom cores. They are built using the ARMv8.4-A architecture. The A15 Bionic is also used on the iPhone 14 and 14 Plus.
iPhone 14 series
The iPhone 14 Pro and 14 Pro Max use the Apple A16 Bionic. The A16 Bionic is a 6-core SoC with 2 Everest high-performance cores and 4 Sawtooth efficiency cores. It is Apple’s first ARMv9 SoC.
iPhone 15 series
The latest iPhone 15 Pro and iPhone 15 Pro Max use the latest Apple A17 Pro. It is a 6-core SoC with 2 high-performance cores and 4 battery efficiency cores. It is currently the best SoC ever used on an iPhone.
Conclusion
Apple Silicon SoCs by Apple are said to be some of the best smartphone SoCs in the world with a caveat. iOS is a closed system. Therefore, everything is streamlined and optimized to squeeze the very best out of their hardware. There is no way of knowing how their SoCs would perform if they were to run an Android OS with a mishmash of parts from different companies.
Although other companies are starting to catch up with the former leader in the market, Apple remains a force to be reckoned with.
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There is no doubt why Apple definitely has a solid worth in the Smartphone market.
They have very incredible hardware and the whole system is optimized to get the best out of it.
Yes. Thank you for this post 🤗
Yeah. I am guessing that is why they are as pricy as they are.
They’re a bit overpriced but will definitely last you a long time.