Setting up the test environment for S3C6410 Development Board

Because the ARM architecture Development Board can be based on the X86 architecture of the PC on the CPU instruction and the binary is different, and if the Linux driver needs to access the hardware, these hardware is difficult to simulate on the PC, so we need to debug and test on the Development Board with these hardware.

This time the main introduction s3c6410 Development Board and OK6410 Development Board, OK6410 Development Board is based on ARM11 processor s3c6410, using the "core version + Backplane" structure. OK6410 Development Board comes with a serial port, the PC also needs to communicate with the serial device.

Ubuntu Linux installation serial debugging tool minicom steps:

1th Step: Detect whether the current system supports USB to serial port

2nd Step: Install Minicom

3rd Step: Configure Minicom

4th Step: Test minicom

OK6410 default installation WinCE6.0, you need to uninstall and install Android, burn write to start Eboot erase Nandflash, Method:

1th Step: Prepare for work

2nd step: Enter Eboot state

3rd Step: Erase Nandflash

Then the steps to burn to write Android:

1th Step: Prepare 2g or 4g SD card, require FAT32 partition format, insert card reader and connect pc

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

3rd step: Burn and write the pre-Android preparation work

4th step: Start burning from SD card to write Android

5th step: Calibrate the screen

  in addition, We can also configure a wired network for the board, manually set up the IP, subnet mask and gateway for the development class, set the IP and subnet masks through the Linux command ifconfig, set up the gateway with the route command, and so on.

                                                                                                                                         09:36:10

2016-06-05

Setting up the test environment for S3C6410 Development Board