The distributed nodes are embedded with system software, and all nodes use an election algorithm to determine the primary service node and automatically rank the secondary nodes. In the event of a failure of the primary node, a secondary node will take over the system management tasks. A failure of a single node does not affect the functionality of the entire system.

Utilizing advanced multimedia image processing technology and visually lossless algorithms, it achieves 4K@60 4:4:4 color space sampling, high-bandwidth transmission, and high-fidelity video restoration, fully preserving the original image details.

Through high-speed 10-Gigabit optical fiber transmission, the video buffer starts with less than 16 lines of pixels, ensuring end-to-end video capture, transmission, and display latency of less than 5 milliseconds. This achieves seamless switching of audio and video signals, synchronous conference audio, and an imperceptible operator seat experience.

With a chip-level solution, the node device can simultaneously transmit uncompressed 4K Ultra HD main stream signals, loop-out 4K main stream signals, deeply compressed 1080P auxiliary stream signals, and push electronic sandbox/PAD/seat preview stream signals, meeting the application needs of customers in multiple business scenarios.

By utilizing high-performance dedicated USB chips, physical layer USB transparent transmission control, nanosecond-level sampling sensitivity, and zero-latency transmission, it achieves USB 2.0 bandwidth transmission at 480 Mbps, fully compatible with various manufacturers' devices such as USB flash drives, UKeys, USB cameras, USB multi-touch screens, USB printers, and more.

Supporting large screen splicing management functionality, the Xingtu series products utilize simultaneous video, audio, and data stream transmission technology. This architecturally avoids issues such as synchronization delay and jitter in traditional distributed split transmission technology, providing a superior solution for visual big data rendering effects.