The development and update iteration of technology provide new possibilities for the integration of embedded systems and digital media. In this paper, on the overall design of the convergence hardware, we propose a hardware framework for embedded multimedia player composed of three main parts: hardware system, embedded real-time operating system and application program. And the basic programming model of computing based on service body-execution flow is used to accelerate the data transfer and cooperative work between processors and improve the overall performance of the embedded system. The streaming data transmission scheme of basic queue is introduced to construct the queue-based streaming data transmission framework by real-time parsing and caching multi-channel data to accomplish the multi-channel streaming transmission task. As a result, the overall design of the embedded system and digital media convergence framework model is completed. The design method is applied to construct the hardware dynamic power consumption model of embedded system and digital media, and the temperature fluctuates in a very small interval at about 42°C and the voltage is maintained at about 1.42V in the actual operation of the model. It shows that the proposed embedded system and digital media integration framework modeling method has high feasibility.
