采用基于ARM核的新一代32位嵌入式RISC微处理器S3C2410和FPGA组成控制中心,与上位机通过以太网进行通信。该系统可支持256灰度级全彩LED屏的文字、图片和动画显示,同时可以根据需要存储更多的显示内容,并能较快地传输图片数据。ARM控制数据的下载、存储和发送,FPGA实现数据的接受、缓存和扫描显示。ARM和FPGA之间数据通信采用了ARM内置的LCD接口,实现了数据的并行传输,使传输速率达到客观的效果,且最大可显示1 024×1 024分辨率大小的图片。目前系统可显示256×256分辨率大小的图像,为了提高系统灵活性,提高应用性,在FPGA部分图片被分成了128×64大小的8个图像小块,可通过外部跳针选择,整个系统具有较强稳定性和通用性。

The next-generation 32-bit embedded RISC microprocessor S3C2410 based on ARM core and FPGA component were applied to the control center,communicating with the host computer via Ethernet. The system supports 256 full-color LED gray-scale screen of text,images,and animation,at the same time can storage more display content and have fast transmission of image data rate. ARM controls datas download,storage and delivery,and FPGA to achieve the acceptance of data,cache and scan. ARM communicates with FPGA using the ARMs built-in LCD interface,a parallel data transmission,achieving the objective transmission rate,and the largest display size up to 1 024×1 024 resolution of the picture. At present,the system can display the 256×256 resolution image,in order to improve system flexibility and applicability,the picture is divided into the size of 128×64 image block,which can be selected through an external jump pin,the entire system has strong stability and versatility.