XGL COB Next-Generation Fiber Optic Transmission Technology Debuts at the U.S. InfoComm Show
I. Technical Core Positioning
XGL has launched the new XⅢ series of fiber-optic transmission products, featuring an innovative "fiber-to-screen" transmission architecture that integrates the superior image quality of COB displays with high-speed, long-distance fiber transmission capabilities. This solution addresses key challenges in signal transmission for large-scale, long-range, and complex LED display applications, meeting future demands for 8K/16K ultra-high-definition displays. It represents a next-generation optical transmission solution designed specifically for professional audiovisual environments.
II. Core Technical Advantages
1. Lossless Long-Distance Transmission with Zero Image Distortion
Fiber supports kilometer-level distance transmission with no signal attenuation, low latency, and no trailing artifacts. The remote screen perfectly synchronizes with the original signal from the control room, ensuring accurate color reproduction, grayscale, and fine detail—ideal for high-precision display requirements.
2. Strong Anti-Interference and Enhanced System Stability
Fiber inherently isolates electromagnetic interference and offers lightning protection. After cabling, connection points are reduced by 90%, significantly lowering the risk of line faults. The system is well-suited to demanding electromagnetic environments such as power facilities, military installations, and outdoor performances.
3. Ultra-High Bandwidth with Long-Term Upgradability
With a high bandwidth ceiling, the system allows seamless upgrades without replacing existing cabling—simply updating the optical modules enables compatibility with 8K, 16K ultra-high-definition, high-frame-rate, and high-color-depth content. This eliminates the need for re-cabling during project lifecycle, reducing upgrade and renovation costs.
4. Simplified Cabling and Reduced Installation & Maintenance Costs
A single fiber can replace multiple bundles of traditional network cables, reducing cabling work by 90%. The simple line structure enables rapid fault detection, shortening both on-site installation and post-deployment maintenance time.
5. Lightweight Deployment and Flexible Implementation
A single fiber can drive standard 600×337.5mm display enclosures, supporting diverse hardware configurations including indoor large screens, outdoor mega-screens, and curved splicing displays.
III. Target Application Scenarios
- High-end Command and Control Centers: Ultra-long-distance, zero-error signal transmission for transportation, power, and defense systems.
- Broadcasting Studios and Large-Scale Performance Stages: High-synchronization, high-quality live streaming and stage visual displays.
- Outdoor Advertising, Sports Arenas, and XR Virtual Production Screens: Large-scale LED display projects requiring long-distance transmission.
