Chips are large-scale, microelectronic integrated circuits.
That is, the printed circuit board is scaled down to nanometer (one millionth of a millimeter). On the front of the traditional printed circuit board, there are a large number of radio components, including triodes, diodes, capacitors, electrolysers, resistors, mid cycle regulators, switches, power amplifiers, detectors, filters, and so on.
The reverse side is the printed circuit and solder joint printed on the carbon fiber board.
Chip is to use high-tech means to modify, integrate and stack large-scale, tens of millions or hundreds of millions of circuit boards into a 1X1X0.5cm high crystal silicon chip. Each component is shrunk to 22, 14, 7 or even 5 nanometers, approaching the limit. Because it is close to the volume of electrons, it must compete with those that need electrons to pass through. It is hard to think of integrating billions of electronic devices into a 1 square centimeter wafer, which is almost crazy creation. Those who have broken the CPU know that just a little silicon crystal, like black glass, is too big.
In the future, human demand for chips is as inseparable from the air as human. In the era of high intelligent technology, the information identification point of the Internet of Everything is the chip. The chip is also divided into a variety of functions, high, middle and low end. Identification chips are used in various cards, cards, coins, fields, perception chips, applications in data acquisition, detection, search fields, computing chips, applications in supercomputing, computers, calculators, acquisition chips, applications in data collection fields, applications of edge computing chips in analyzing all other unpredictable factors outside of possible subjects, perception chips, acquisition targets, applications of reference parameters, storage chips, Classify massive information data into effective, registered and safekeeping applications, control chips, chips that strictly control time, speed, distance, size, length, number, degree, progress, precision and other functions, artificial intelligence applications, search chips, retrieval information, data, symbol applications, deep learning chips, and constantly improve the storage through data acquisition, building, understanding, comparison, optimization, generation, Repeated exploration and application of the process of forming independent cognition, etc., new chip concepts and products will be produced in large quantities.
Chips are the fundamental guarantee for human beings to move towards intelligence, automation, unmanned, interconnection of everything, transparent era, big data, cloud computing, and artificial intelligence.
Chips are as important as energy. China spends more on imported chips than on oil.
The root of the Sino US economic war is the chip war in essence. The competition of high-tech in the future is completely written on the chip