Product features
产品功能
Multiple Redundant Components Electromagnetic Compatibility (EMC) Functional Component 600*337.5 Quick-Mount Components 5G High-Speed Wireless Transmission Component
5G High-Speed Wireless Transmission Component
Xingcan Smart Display’s 5G high-speed wireless transmission component is designed for applications demanding ultimate deployment flexibility, high efficiency, and future-ready performance. By integrating advanced 5G communication technology, this component enables LED displays with high-speed, stable, and low-latency wireless signal transmission, fundamentally transforming large-screen content delivery and ushering in a new era of wireless, mobile, and intelligent professional displays.
Core Functions and Value of the Component
Ultra-High-Speed Wireless Transmission
Unlocking Bandwidth Potential
Equipped with a high-performance 5G module supporting Sub-6GHz bands, providing transmission bandwidth far exceeding traditional Wi-Fi and wired networks. Enables stable, lossless transmission of 4K/8K ultra-high-definition video, massive data, and real-time signals, ensuring smooth, uninterrupted visuals and meeting the highest standards for display performance.
Breaking Physical Limitations
Deployment Without Constraints
Eliminates reliance on wired transmission for distance, cabling, or environmental constraints. Whether in historic buildings with difficult cabling, large open stadiums, or mobile vehicles, displays can be installed and operated freely, significantly reducing project complexity and cost.
Extremely Low Transmission Latency
Ensuring Real-Time Synchronization
Optimized transmission protocols combined with 5G low-latency characteristics ensure minimal delay from the source to the display. This is critical for live broadcasts, real-time interaction, emergency command, and event replay scenarios, achieving “what is transmitted is what is seen” instant synchronization.
Building a Flexible Network
Supports Multi-Screen Interconnection
Based on 5G networks, flexible multi-screen interconnection systems can be easily established. One signal source can simultaneously control multiple displays in different physical locations, managing, distributing, and synchronizing content, providing robust support for digital signage networks, large exhibitions, smart city displays, and other applications.