MCU trend 32-bit trend will become mainstream in the Internet of Things (1)

Probe current voltage pin 420*4450 head diameter 5.0 over current current and voltage pin

NSF1VTK-32-12.5-30

HT7550-1

Modern skhynix emcp 64+32 H9HP52ACPMMD

With the rise of wearable devices and the Internet of Things, device designs are becoming lighter, thinner, and cheaper. The application fields of MCUs are not only more extensive, but their functions are also tested by the market. All relevant industry players have made every effort to introduce a variety of new generation MCU products to meet the needs of customers and the market. The future trends of MCUs are moving toward low power consumption and low cost.

See "micro" to know that MCU dominates the low-power market

The processor can be divided into: Central Processing Unit (CPU), Graphics Processing Unit (GPU), and Physical Processing Processor (Physics Processing Unit) according to various functional requirements and uses of the computer architecture. ; PPU), Digital Signal Processor (DSP), Network Processing Unit (NPU).

Past performance and future forecasts of the MCU market.

Many 8-bit MCU products are designed with the longest-lived 8051-compatible instruction set.

With the popularity of mobile communication and embedded devices, it is emphasized that high-performance, low-power application processors (APs) are stationed in various 3C consumer and portable smart products, and the functions are simple and ultra-low power consumption. Microcontrollers (Micro Controllers, or Micro Controller Units; MCUs) are used in a variety of different areas, including wearable devices, home appliances, automotive electronics, and remote controls, with a simpler hardware architecture and ultra-low cost. Application of various Internet of Things (IoT) such as field monitoring, industrial control, and wireless sensing network (WSN).

The MCU is basically an ultra-small computer with built-in CPU, memory unit (RAM and ROM/EEPROM/Flash), Clock Generator (Oscillator), and I/O expansion design. It can be used for simple calculation, control, processing and parameter storage. Due to its simple structure and low cost and low power consumption, it is suitable for various electrical and electronic products (such as watches/electronic watches, which only require simple calculations. Computer, alarm clock, toys, etc.).

In particular, the remote control application can be controlled and connected wirelessly by using a radio frequency (RF) component, such as a remote control aircraft, a car key, and the like.

Nowadays, MCU has been widely used in various fields of industry. With the awareness of environmental protection of energy saving and carbon reduction, coupled with the popularity of smart devices, wearable devices and Internet of Things, products with high power saving and battery life are more and more affected by the market. Favored, especially MCU has low-cost, low-power characteristics, so there are more and more trends in the application of MCU to design various electronic devices or products such as home appliance control, energy-saving applications, and health measurement.