Blog officially opened-hand-built S3C2440 Development Board

I used to repost others' blogs all the time. Today, we can finally post original things and celebrate it. First, we attached the Development Board "Beautiful photos" created by three of our teachers and brothers. This board was referenced by the friendly arm micro2440.

This board has condensed our painstaking efforts ~~. Senior spring students are more familiar with embedded systems than we are. The three of us are very interested in embedded systems (I am a bachelor and I am engaged in software most of the time, mainly in C ++ and Java, some hardware, such as 51, MSP430, and AVR, were occasionally exposed ). We decided to set up an embedded learning group to fully learn embedded technology, so we decided to make our own board at the beginning. It took me about a month to complete the design of the core board of the Chunsheng Senior brother. I am mainly responsible for the bottom board (after I deploy the power cord, I chose Automatic wiring for the rest. Now it seems that, this is really ugly, but thanks to the fact that the Board can still be used, it must be honestly and manually wired in the future); vegetables are responsible for the design of other boards. Afterwards, I went to the chengmiao temple to purchase devices and welded boards.

Debugging a Board is a very painful task. At the beginning, the core board cannot be downloaded.ProgramWe followed the principle Principle to investigate. At last, when dreaming, we had circuits in our head. I was able to picture the principles behind my back, and then I went to the NIC again... However, we have learned a lot through these small setbacks. I will write an article laterArticleTo address these issues.

After completing the hardware, we have full expectations and confidence in deep learning embedded. I am now studying the transplantation of U-boot, and this blog will record our learning process. In the end, I wish you more in your future studies!