Do you remember who are the first TSMC customers when you started producing chips using their 5nm knot? The year was 2020 and the couple was the two largest agents in Mabkik. You may know that Apple was (and still) the largest customer in TSMC, but can you guess the other company? I will give you a hint. It is the name of the rhymes with "GA-Way". That's right, Apple and Huawei were the largest TSMC customer in 2020, when the couple was the first to provide them with a cake in Taiwan with Silicon 5 Nm.

This was before the US sanctions made it impossible for Huawei the source of semiconductor sophisticated conductors from most of the causes.

By 2027, the main assets will turn from the 2nm operation knot to 1.4nm. | Credit image-TSMC

Since jumping into a new knot usually means the use of smaller transistors, more of which should be able to fit inside the 2nm chip, which makes it more powerful and effective in energy than silicone 3 nm. But there is more. On 2nm, TSMC will first make the transistors that you use to put in place in the vertical position of the canal cordoning, through which it flows, on all four sides. This reduces the opportunity for current leaks and improves the current drive.

Partially thanks for the gate transistor structure, reports indicate that the A20/A20 Pro Aps will provide a 15 % increase in performance as it operates at the same energy level. This may indicate that the application processors, in this case A20 and A20 Pro, are more efficient than its predecessors (A19 and A19 Pro). Through a better performance segment without the need to consume more energy, IPHONE 18 chain users that operate by the A20/A20 Pro should not be forced to worry about the luxury battery life or problems in high temperature.