Build a test environment for the s3c61410 development board

There are many types of development boards, including the popular Samsung S3C6410 ARM11 architecture development board and the OK6410 ARM11 development board introduced in this article, which are all based on x86 architecture PCs for debugging and testing on CPU instructions and binaries.

1. Check whether the current system supports USB to serial port

# lsmod | qrep usbserial

2. Install minicom

# apt-get install minicom

3. Configure minicom

#minicom –s Enter the "Serial port setup" menu item and configure minicom

4. Test minicom

#minicom

Flash Android system

First start Eboot to erase NandFlash.

1. Preparation

2. Write mmc.bin and zImage-sd.bin to the SD card

3. Preparation before flashing Android

Copy the android_fs.tar, mmc.bin and zImage files to the large SD card, and then set the boot switch on the OK6410 development board according to the rules shown in the table below.

4. Start flashing Android from SD card

5. Calibrate the screen

Configuring a Wired Network

Method 1. Set the IP of the development board to 192.168.17.166, the subnet mask to 255.255.255.0, and the network management to 192.168.17.254

#ifconfig eth0 192.168.17.150 netmask 255.255.255.0 uo

#route add default gw 192.168.17.254 dev eth0

If the setting is successful, you can use the following command to query the current IP configuration and router of the development board

# /system/busybox/sbin/ifconfig

# /system/busybox/sbin/route

The above setting method can only save the results in memory. Once the development board is restarted, all settings will disappear.

Method 2. Use the vi command to open the linuxrc file, remove the # in front, and change the IP, subnet mask and network management to directly know, and then save the linuxrc file.