Terminal equipment software and hardware self-adaptive matching method and terminal equipment using same

Abstract

The invention discloses a terminal equipment software and hardware self-adaptive matching method, which comprises: providing an analog voltage-hardware version lookup list; providing a micro controller which can read the analog voltage-hardware version lookup list; providing a analog to digital converter; providing an analogue voltage division circuit, connecting one end of the analog to digital converter to the voltage division circuit and collecting a voltage division value; and transmitting the voltage division value collected by the analog to digital converter to the micro controller, wherein the micro controller reads the analog voltage-hardware version lookup list according to the obtained voltage division value, searches for a hardware version corresponding to the voltage division value and starts the software of a version corresponding to the hardware version. The method also provides terminal equipment using the method.

Description

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AI Technical Summary

Benefits of technology

The current technology allows for more flexible support on software updates without requiring changes that affect any other parts connected through an interface circuitry. This means fewer types are available at once compared to older methods like DSPs which require multiple components such as filters and amplifiers. Additionally, this new approach uses digital voltages instead of traditional analog signals, making it possible to achieve higher resolution while maintaining low power consumption requirements.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the flexibility and functionality provided during production of small devices such as smartphones due to their unique features like battery capacity, communication capabilities, display capability, and processing power. However, current solutions require expensive customization processes with extensive modifications made at both ends of the original equipment's main body.

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