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A multi-layer design is used to support complex circuits and high-density component layout. In terms of material selection, high-quality FR-4 materials are used to provide good electrical performance and durability, and can adapt to different working environments.
Integrate a variety of components, including microprocessors, memory, graphics processing units (GPUs), power management modules, and various interface modules.
Equipped with a variety of interfaces, such as HDMI, USB, Ethernet, serial communication interfaces (such as RS-232 or RS-485), etc., to facilitate connection with other devices (such as media players, sensors or networks).
Equipped with a driving display module (such as an LED display, LCD or OLED screen) to display text, images and video content and deliver real-time information. Equipped with a microprocessor to receive, store and display content. The displayed content can be updated and managed remotely through the network to improve flexibility and efficiency.
Support touch screens or other interactive devices to achieve interactive experiences through user input, such as querying information or participating in voting.
With network connection functions (such as Wi-Fi, Ethernet or 4G/5G), support remote monitoring and content updates, and realize real-time data transmission.
Efficient power distribution ensures the normal operation of each component, and can monitor the power supply voltage and current to achieve energy saving and protection functions.
Through sensors and additional modules, the collected data (such as human flow, environmental information, etc.) is processed, and the display content is dynamically adjusted according to the analysis results to improve the intelligence level of the signage.

A multi-layer design is used to support complex circuits and high-density component layout. In terms of material selection, high-quality FR-4 materials are used to provide good electrical performance and durability, and can adapt to different working environments.
Integrate a variety of components, including microprocessors, memory, graphics processing units (GPUs), power management modules, and various interface modules.
Equipped with a variety of interfaces, such as HDMI, USB, Ethernet, serial communication interfaces (such as RS-232 or RS-485), etc., to facilitate connection with other devices (such as media players, sensors or networks).
Equipped with a driving display module (such as an LED display, LCD or OLED screen) to display text, images and video content and deliver real-time information. Equipped with a microprocessor to receive, store and display content. The displayed content can be updated and managed remotely through the network to improve flexibility and efficiency.
Support touch screens or other interactive devices to achieve interactive experiences through user input, such as querying information or participating in voting.
With network connection functions (such as Wi-Fi, Ethernet or 4G/5G), support remote monitoring and content updates, and realize real-time data transmission.
Efficient power distribution ensures the normal operation of each component, and can monitor the power supply voltage and current to achieve energy saving and protection functions.
Through sensors and additional modules, the collected data (such as human flow, environmental information, etc.) is processed, and the display content is dynamically adjusted according to the analysis results to improve the intelligence level of the signage.