Utilizing advanced video processing technology, it supports lossless transmission of 4K@60Hz ultra-high-definition signals, ensuring no delay, no compression, and no motion blur in the image. It also supports EDID intelligent management, automatically matching the optimal resolution, and is compatible with mainstream interfaces such as HDMI/DP, meeting the stringent requirements for image quality in high-end scenarios such as professional audio-visual, command and control, and conference exhibition halls.
The system adopts an advanced ultra-high-definition image processing architecture that fully supports seamless splicing and dynamic roaming display of multiple 4K@60Hz signals. It has a built-in high-performance image processing chip with powerful multi-channel parallel processing capabilities to ensure synchronous rendering of all signals, achieving zero latency and tear-free output.
The system supports high-definition video signal input and enables real-time dynamic preview and feedback of large-screen display images in the control software interface, ensuring that operators can keep track of the current display content at all times and improving the efficiency of visual control.
The system supports flexible scrolling subtitle settings, allowing you to customize font size, color, and display position, and supports synchronized scrolling playback of multiple lines of subtitles. Subtitles are superimposed without affecting the clarity of the original video image, ensuring that information display and visual experience are both taken into consideration.
Supports 4K ultra-high-definition background image loading, delivering exquisite and realistic visual effects, and providing high-quality base images for large-screen displays. Compatible with multiple resolutions and aspect ratios, it meets the high-quality image requirements of command centers, exhibition halls, virtual simulations, and other scenarios.
The system adopts a dual power supply redundant backup design to ensure automatic switching in the event of a single power supply failure, guaranteeing uninterrupted and stable operation 24/7. The system is equipped with a dual control card hot backup mechanism, with both a main control card and a secondary control card deployed inside the host to synchronize data in real time. In the event of an abnormality with the main control card, the secondary control card can seamlessly switch over in milliseconds, completely eliminating the risk of single point of failure.
