The Design and Implementation of the Embedded System Based on ARM7

Zeng Ping Zhang; Shu Hua Li

doi:10.4028/www.scientific.net/AMR.433-440.5607

Paper Titles

S3C2410 Microprocessor Based System for Automotive Slectronic Cruise
p.5584

Queue System Based on GSM Modem and Single Chip Microcomputer’s Communication
p.5591

A Texture Synthesis Algorithm Based on SFLA-PSO and Block Increasing
p.5596

Automated Debugging of Resistance Inflexion of OCXO
p.5601

The Design and Implementation of the Embedded System Based on ARM7
p.5607

The Research into the Key Problem of Multi-Channel Video Acquisition and Display System Based on FPGA
p.5611

An Extended UCON Model Supporting Distributed Multidomain Applications
p.5616

Research and Implementation of Embedded Voice Interaction System Based on ARM in Intelligent Space
p.5620

Research on the Waveform Synthesis of Electromagnetic Detection Inverter Based on FPGA
p.5628

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 433-440The Design and Implementation of the Embedded...

The Design and Implementation of the Embedded System Based on ARM7

Abstract:

An embedded application system must have Bootloader. It is introduced in this paper that the bootloader design for an embedded minimum system based on S3C44B0X that is a processor with ARM7TDMI kernel. The design of the bootloader includes coding file operating functions, designing MMI and implementing the start program used to initialize the portable embedded system and load the user code. The bootloader is tested and the result shows that the bootloader is stable and has high efficiency