Intel CEO says company will regain process leadership from TSMC and Samsung by 2025
Moore’s Law is an observation that was made by Fairchild Semiconductor and Intel co-founder Gordon Moore. The original version, published in 1965, said that the number of transistors inside an integrated circuit doubles every year. Ten years later, Moore changed the “Law” noting that the number of transistors inside integrated circuits doubles every other year.
Intel CEO Gelsinger says that the company will regain process leadership from TSMC and Samsung by 2025
The higher a component’s transistor count, the more powerful and energy-efficient it is. But as the number of transistors inside chipsets reaches unbelievable numbers, many have questioned whether Moore’s Law will no longer be possible. Consider the progression of the transistor count in Apple’s A-series chipsets over the last few years.
Intel sees new technology and developments coming that will allow it to “go faster than Moore’s Law for the next decade”
Gelsinger points out two new developments that he says will give Intel its leadership back. One is called RibbonFET which is more commonly known as gate all-around (GAA). This design uses four gates to manipulate the current flow to transistors.
The other development is called PowerVia or backside power delivery. This allows transistors to draw electrical power from one side of a chip while using the other side to connect to data communication links. Today’s chip designs have transistors trying to handle both functions from the same side which reduces the ability of designers to make the process less complicated and also limits the use of miniaturization.
The aforementioned developments, plus improvements in packaging are expected to give Intel the push it needs to regain its process leadership. Intel also says that it will be the first to use high numeric aperture Extreme Ultraviolet Lithography (EUV). As transistors get smaller, the process of transferring circuit designs to wafers becomes more complex. EUV already saved Moore’s Law once before as these machines are capable of creating very thin circuity designs on the wafers that eventually get cut up into chips.
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