The nano in the chip refers to the process of producing the chip.
A nanometer is a unit of length that can be used to measure the size of an object, 1 millimeter (mm), you know? 1000 microns (um) is equal to 1 millimeter (mm), and 1000 nanometers (nm) is equal to 1 micron (um), so we have an idea of the size of the nanometer.
Where is a nanometer the size of a chip?
Chip, also known as integrated circuit, was invented by an American engineer named Kilby in 1957. Before the invention of integrated circuit, electronic products were designed with electronic tubes or transistors. Kilby integrated transistors, resistors and capacitors on a small plate, and then welded them together with very thin wires to achieve a special function. This is the most primitive chip (integrated circuit).
Chip nano refers to the process of producing chips, nano (symbol for nm), like the centimeter, decimeter and meter, is a unit of length, 2nm, 3nm, 7nm refers to the etching size of the processor.
The nanometer of the chip refers to the manufacturing process of the chip, or the size of the transistor circuit, in nanometers (nm). It's a unit of length in nanometers. In processors, this means that the distance between transistors is the interval. The smaller the distance, the more transistors can be integrated in the same size area. The more complex the chip, the better the performance and the lower the power consumption.
Nanometer chip refers to the silicon based chip manufactured by nanometer process. The number of nanometers of a chip is the process of manufacturing the chip, or the size of the transistor circuit, and the chip nanometers refer to the distance between the circuit inside the chip and the circuit. For example, the 14 nanometer (nm) process of the chip means that the distance between the circuit and the circuit inside the chip is 14 nanometers (nm).
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The chip is a few nanometers and refers to the width of the electrode of the smallest structure of the silicon transistor inside the chip. The manufacturing of nanochips is to process silicon wafers into usable chips through repeated exposure and etching by lithography machines.