High efficiency, energy saving and low power consumption.
 
Driven by the Internet connection, the performance and integration of semiconductor IC have been greatly improved, which in turn promotes the innovation of household health care devices. Interestingly, the development of these semiconductor IC has saved thousands of lives and made many people live longer, further increasing the demand for health care and increasing the need for more medical innovation. 
Designers can make full use of the functions of sensor, microcontroller unit (MCU), microprocessor, DSP, analog front end, memory, power supply IC, transmitter and receiver. FPGA can also implement many functions. These solutions can achieve a high level of functional integration. 
Many IC features are driving home health care trends, especially processors and advanced sensors. For example, DSP has high computing power and can be used to implement a new generation of monitoring products. 
Advanced accelerometers, such as ADI's ADXL345 iMEMS three-axis digital accelerometer, are widely used in millions of game consoles, navigation devices, cellular phones, automotive applications and other consumer products. These accelerometers ensure the accuracy of domestic digital sphygmomanometers. They can detect and ensure the correct position of the arm relative to the patient's heart during measurement, thus achieving maximum measurement accuracy.