Sixth reading notes

The fifth chapter constructs the test environment of s3c6410 Development Board

I. Introduction to the S3C6410 Development Board. S3C6410 is a low-power, cost-effective RISC processor from Samsung, which is based on the ARM11 core and is widely used in mobile phones and general-purpose processors. The processor has a very advanced 3D accelerator that enables 4m/s 3D acceleration

Two. Install the Serial debugging tool: Minicom. Install, configure, and test Minicom.① detect if the current system supports USB to serial port. ② Installing minicom #apt-get Install Minicom.③ configuration minicom #minicom-s.④ test minicom #minicom

Three. Burn write steps for Android system:

1th Step: Prepare to work, prepare a 2GB or 4GB SD card, require FAT32 partition format. Insert the card reader and connect the PC

2nd step: Write Mmc.bin and zimage-sd.bin to SD card

3rd step: Burn and write the pre-work for Android. First copy the Android_fs.tar,mmc.bin and zimage files to the SD card, and then set the startup switch on the OK6410 board by the rules.

4th step: Start burning from SD card to write Android. First write to the board memory to start the Android data, after completion will be a series of checks

5th step: Calibrate the screen

Four. The common way to configure the wired network board to connect to other devices includes serial cable, USB cable, Bluetooth, WiFi and network cable. The serial cable and USB data cable can be directly connected on the corresponding interface of PC, Bluetooth and WiFi need the corresponding accessory to use. The settings are exactly the same as the phone. Because many development boards have the same MAC address, when multiple boards are in a network, there is only one development board available to surf the Internet.

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Sixth reading notes