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The 10 nm process is a MOSFET technology node that follows the 14 nm node in semiconductor fabrication. It is based on FinFET technology and has different implementations by Samsung, TSMC and Intel.
The move to 7nm and 10nm processes represents a significant leap forward in semiconductor technology, as it allows for the creation of smaller, more densely packed transistors that can switch on and off faster and consume less power. This in turn enables the development of CPUs that are faster, more powerful, and more energy-efficient than ever ...
CPUs are made using billions of tiny transistors, electrical gates that switch on and off to perform calculations. They take power to do this, and the smaller the transistor, the less power is required. "7nm" and "10nm" are measurements of the size of these transistors---"nm" being nanometers, a minuscule length---and are a useful metric for judging how powerful a particular CPU is.
Then, in 2018, Intel introduced its 10nm Sunny Cove processors, while AMD followed suit shortly after with their smaller 7nm CPUs (based on TSMC's 7nm technology). In the case of smaller processes, the same holds true. In the last decade, mobile processors have shrunk from 14nm to 7nm (Apple A12X Bionic) and are even smaller. According to ...
10nm Processor Size. The 10nm processor size, with a transistor density of about 52.5 million transistors per mm², offers respectable performance and energy efficiency improvements compared to 14nm. You can find this technology in various devices, as it has been adopted by companies such as Intel and MediaTek for their respective product lineups.
10nm Samsung 10nm Process has two variants, the 10nm LPE (Low Power Early) and 10nm LPP (Lower Power Plus). The 2nd Generation of their process (10nm LPP) delivers 10% higher performance. It is 1.6 times denser than their 14nm Process and its density is 51.82 MTr/mm². Used In: Snapdragon 835, Snapdragon 845, Exynos 9810, Exynos 8895, Exynos 9610
An example of Intel's 10nm CPU is Core i3-8121U. AMD is ahead in the game and is offering 7nm CPUs already. AMD Ryzen 7 5750G and AMD Ryzen 7 5800G are a couple of examples of AMD's 7nm processors. Intel might lack in terms of process nodes. However, it compensates for it with other features like overclocking, gaming performance, and cores.
They have finally started moving to 10nm when competitors like AMD and mobile chips are on 7nm and planning to shrink to 5nm. One small note - 7nm processors will have twice the density of 14nm processors, but it doesn't mean directly that they will be twice as good. When a company makes a chip, it balances price, performance and power usage.
TSMC's 10nm FinFET process offers 2X logic density, ~15% faster speed and ~35% less power consumption than its 16nm predecessor. It supports various market segments, including application processors, cellular baseband and ASIC designs.
Learn how Intel set ambitious goals for its 10nm process technology, but faced challenges and delays in high-volume production. Compare Intel's 10nm with TSMC's 7nm and 5nm nodes and see the key features and techniques of Intel's 10nm node.