Écran d'épissage,Signalisation numérique,Yimiyun
Device Connection and Communication Setup Guide
The Yimiyun control matrix splicing operation tutorial first guides users through hardware connection and communication configuration. Users need to connect the control computer to the splicing device using standard serial cables and verify COM port recognition in the device manager. The tutorial details both serial and network port connection methods in communication settings, helping users select the optimal solution based on actual network environment. The system defaults to serial communication mode with automatic port detection, while providing complete troubleshooting procedures for connection anomalies, including driver checks and device reboot protocols.
Splicing Wall Parameters and Screen Layout Configuration
The operation tutorial focuses on screen parameter configuration methods for control matrix splicing. After entering the splicing setup interface, users need to set rows and columns according to the actual number of physical screens, with the system supporting up to 16×16 matrix scale. The tutorial demonstrates the setup process for a 4×4 splicing wall through practical cases, including key steps like main screen selection, protocol configuration and resolution matching. The screen layout function supports custom adjustments, allowing users to modify display areas through direct dragging in the visual interface, with real-time preview ensuring configuration accuracy. Saved configuration schemes can be directly applied to actual display scenarios, guaranteeing image integrity and consistency.
Matrix Linkage and Signal Source Management
The tutorial elaborates on the implementation principles of matrix linkage function in control matrix splicing. Users can enable matrix linkage mode in communication settings to achieve coordinated control between splicing screens and signal matrices. The signal source management module supports multiple input types including HDMI, DVI and VGA formats, with independent switching parameters for each signal source. The tutorial particularly emphasizes the importance of command sending interval settings, recommending appropriate interval adjustments based on actual device performance to ensure accurate command execution. Practical cases show that reasonable parameter configuration can optimize system response time by over 30%.
Advanced Functions and Preset Management System
The control matrix splicing operation tutorial comprehensively introduces application scenarios of advanced function modules. After entering advanced settings mode through password verification, users can access professional tools like screen timing and frame effect adjustment. The preset management system allows users to save multiple splicing states, enabling one-click switching between different display schemes for diverse scenario requirements. The tutorial demonstrates operation procedures for preset saving, calling and polling functions, particularly the setup method for timed power on/off functions supporting automated preset operations by date cycles. These advanced features significantly enhance intelligent management levels of large display systems.