What is the significance of smaller processes? In a similar manner, MediaTek revealed a 7nm CPU for release in 2019.ДЄlthough 7nm is presently the market trend and the standard that PDAs will follow for at least a couple of years, TSMC and Samsung have already said that they are working on 6nm, 5nm, and even 4nm technologies. In 2019, Samsung also introduced the Exynos 9825 CPU, which was the first mobile CPU to be produced on the 7nm process utilizing EUV (extreme ultraviolet) (extreme ultraviolet lithography). Honor has also made the switch to the 7nm process with its Kirin 980 processor. According to reports, Qualcomm, the worldвЂ™s largest mobile processor manufacturer, is already using the 7nm technology for the bulk of its new CPUs, and Apple is expected to sell phones with 7nm processors for at least a couple of years. In the last decade, mobile processors have shrunk from 14nm to 7nm (Apple A12X Bionic) and even smaller. In the case of smaller processes, the same holds true. Then, in 2018, Intel introduced its 10nm Sunny Cove processors, while AMD followed suit shortly after with their smaller 7nm CPUs (based on TSMCвЂ™s 7nm technology). Since 2013, desktop processors have been shrinking at a nearly constant rate. During the 2000s, the size of a transistor shrank by half almost every two years, on average.

Then there were the 28nm process nodes, and then there were the 22nm process nodes. The process sizes of desktop CPUs in the early 2000s were as big as 42nm, which sounds excessive in comparison to todayвЂ™s process sizes. For instance, IntelвЂ™s 10nm processors, which were introduced last year, are created using 10nm transistors, while AppleвЂ™s A12X Bionic and AMDвЂ™s new CPUs, which are both 7nm transistors, are built using 7nm transistors.

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