This article designed the interface between S3C2410 and TFT-LCD to meet the need of graphics and images displaying in the ARM microprocessor based navigation terminal in vehicle.
针对基于ARM微处理器的车载导航终端中图形图像显示的需要，设计了S3C 2410与TFT - LCD的接口。
The EP7312 is mainly relying on its ARM microprocessor chip LCD controller and its powerful processing capability, responsible for the completion of the ECG filtering, analysis and display functions.
EP7312 ARM微处理器则主要依托其片内液晶控制器和其强大的处理能力，负责完成心电信号的滤波、分析和显示等功能。
This paper introduces the design of the interface between TFT-LCD and ARM embedded processor based on CPLD.
介绍了基于CPLD实现的TFT液晶显示屏与ARM嵌入式处理器接口设计方案。
The supervisory level which is consist of a 32 bits ARM processor, LCD, keyboard, USB interface, is main used for human-machine interface.
监控级主要功能是实现人机接口，采用32位ARM处理器，包括LCD显示，键盘，USB接口。
ARM chip is chosen as the master chip of main control unit, main control unit includes data storage circuit and key and LCD display interface circuit besides.
主控单元的主控芯片选用了ARM芯片，并配以数据存储电路、按键和液晶显示接口电路。
The system uses ARM chip and the core parts of S3C2410X to communicate with the host through serial ports and display information through LCD.
采用ARM芯片S3C2410X核心器件，通过串口与上位机进行通讯，并以LCD显示各项信息。
In terms of hardware, according to the special requirements of the working environment, the project use the ARM processor as the main controller, and use monochrome LCD.
硬件方面，根据编组站工作环境的特殊要求，课题采用了ARM处理器作为主控制器，并采用单色LCD作为显示单元。
By the end of debugging, this system achieves to the control of LCD Display system by ARM microprocessor.
最终通过对系统的调试，实现了ARM微处理器系统对LCD液晶显示器的显示控制。
By the end of debugging, this system achieves to the control of LCD Display system by ARM microprocessor.
最终通过对系统的调试，实现了ARM微处理器系统对LCD液晶显示器的显示控制。
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