Driven by social economy, technological development and government policies, the pace of smart city construction is accelerating. As an important part of smart city planning, smart industrial parks are also accelerating their construction process.

The rapid growth of social and economic development has led to the further expansion of space, personnel flow and infrastructure in industrial parks, and the demand for industrial park operation and management has continued to increase. Traditional industrial park management methods have drawbacks such as decentralized management, non-interoperable data, complicated property integration, rough system management, and high energy consumption, which are the reasons for difficulties in meeting the needs of current industrial parks. This requires the use of advanced technology and intelligent software and hardware to build a visual smart industrial park management platform.

While constructing the smart industrial park visual management platform, the information between people, people and objects, and between objects is interconnected, and the main control system platform is used to interconnect and share various platforms to achieve visual scene display, so as to perceive, monitor, analyze and control the resources of each important link of the entire park, and realize the unified management and efficient operation of people, work and objects in the industrial park.

The realization of the smart park visual management platform lies in the visual data analysis and processing and the integration of multi-platform digital resources, which requires the main control platform hardware to have higher computing power, larger storage, more scalability, and stronger stability. In this case the Qiyang RK3588 hardware can be used, it is based on 4*Cortex-A76+4*Cortex-A55 octa-core processor, which can efficiently process data collected from various sensors and monitoring equipment in the park, ensuring that the platform runs smoothly under high load conditions.

The RK3588 core board produced by Qiyang has eight-core high-performance processors with a main frequency of up to 2.4GHz, providing powerful computing power, quickly processing personnel information entering the industrial park, supporting data analysis, forming visual reports, and making effective management decisions.

It supports MIPI_DSI, HDMI, eDP, DP and other display interfaces, can provide four-screen synchronous/asynchronous display, supports multi-screen splicing, can be spliced to form a larger display screen, used to display complex data, maps, real-time monitoring, etc., to improve the visualization effect of the industrial park management platform.

Built-in powerful GPU supports 8K multi-format video encoding and decoding, decoding and display of multiple video streams, and helps its managers monitor multiple key areas in the park in real time, such as entrances and exits, parking lots and other crowded areas.

It supports Gigabit Ethernet/WiFi/4G/5G networks, provides high-speed network connections, meets the platform's needs for transmitting large amounts of data, and provides data sharing among various management systems.