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What is the difference between RF chips and ordinary chips?
From:www.eurotech-ic.com
Date:2023-07-31

There are also many types of chips. According to their uses and functions, they can be divided into storage chips, power chips, audio chips, interface chips, graphics chips, radio frequency chips, etc. There is also a chip called an ordinary chip. So what is the difference between RF chips and ordinary chips?

The difference between RF chips and ordinary chips is mainly in the operating temperature range, anti-EMI interference, application range, and mechanical shock resistance. Radio frequency chips are called RF chips, which are chips used to process high-frequency signals. They are mainly used in radar, TV, mobile phones, tablet computers, smart watches, and wireless communications. In addition, it is also used in fields such as drones, automotive electronics, medical machinery, and security monitoring.

 

Compared with ordinary chips and RF chips, it can be clearly seen that ordinary chips are designed to process low-frequency signals and logic control. Generally speaking, some special measures need to be taken when manufacturing RF chips, which can well ensure that the quality of RF chips is stable and reliable when outputting high-frequency signals. At the same time, the logic chip also has the characteristics of relatively high sensitivity and dynamic range, good anti-interference and low noise figure.

 

Ordinary chips generally refer to embedded WiFi modules, whose main control chip is generally a single-chip microcomputer with simple functions, built-in WiFi driver and protocol, and the interface is an ordinary MCU interface. Ordinary chips are mainly used in the semiconductor industry, such as CPU, storage and flash memory. Ordinary chips are usually produced using a standardized production process, and the size of such chips is usually relatively large, requiring an external circuit board to connect them.

 

In short, the difference between RF chips and ordinary chips is mainly in the operating temperature range, anti-EMI interference, application range, and mechanical shock resistance.


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