In the era of accelerating digitalization and intelligent transformation, the coordinated control between large-screen videowall systems and operator consoles, along with high-reliability signal transmission, has become a core demand across industries.
Traditional KVM console management systems and videowall splicing equipment often operate independently. Users must deploy additional splicing nodes alongside KVM systems, resulting in increased spatial requirements while facing challenges in system compatibility, control integration, and operational flexibility.
Leveraging cutting-edge KVM and videowall technologies, SimLine introduces its OEM/ODM-ready KVM Matrix Control All-in-One Solution. This integrated platform deeply converges console management, videowall control, and pixel-perfect transmission technologies, delivering efficient, stable, and flexible visual control support for diverse industry applications.
High Reliability + Flexible Operation: Zero-Compromise Support for Mission-Critical Scenarios
The modular chassis system with matrix control boards adopts pure hardware architecture. All components feature hot-swappable design with redundant backup, ensuring 7×24 continuous operation.
Specifically optimized for high-density fine-pitch LED displays, the solution achieves ultra-high-definition signal acquisition, multi-screen display synchronization, real-time processing, and customizable output resolutions. It enables dynamic signal adjustment and seamless switching of multiple video streams on videowall terminals.
The system integrates cross-platform control capabilities, allowing unified management through smart interactive panels, Android/iOS mobile devices, or PC consoles. For multi-console collaboration scenarios, it implements hierarchical permission management, enabling parallel operations by different operators while preventing accidental interference through designated signal source control.
Multi-Display Modes + Customization: Unleashing Infinite Visual Possibilities
Through advanced pixel-level synchronization algorithms, this OEM/ODM-friendly solution supports diverse videowall configurations including PIP/POP (Picture-in/out-Picture), tiled layouts, overlay effects, image roaming, as well as window displacement/stretching/scaling operations.
Whether enabling "multi-surveillance integration on single screen" for public security applications or "dynamic multi-camera stitching" in broadcasting studios, users can achieve instant mode switching through predefined configurations.
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