Brief: Discover the Flyin 4K Multi-Function Distributed Converged Server, a cutting-edge projection solution for immersive 3D mapping and edge fusion dome experiences. This next-gen system offers autonomous distributed architecture, precision image calibration, and ultra-high-resolution capabilities for seamless visual displays.
Related Product Features:
Autonomous Distributed Architecture: Customized Android OS ensures virus-free stability with direct one-to-one connection to display devices.
Precision Image Calibration: Built-in camera auto-calibration technology adjusts overlapping edges and geometric distortions for pixel-perfect alignment.
Ultra-High-Resolution Capability: Supports custom resolutions up to 320,000*320,000 pixels for massive seamless canvases.
Dynamic Content Management: Encrypted content playback (H.265 encoding) with cloud backup and flexible playlist creation.
Multi-Machine Sync: Millisecond-level frame synchronization across all devices for seamless performance.
Control Interfaces: Manage media via Windows software, Android/iOS apps, or third-party UDP-based central control systems.
Security & Backup: H.265-based encryption prevents piracy, with automatic cloud data synchronization for quick recovery.
Scalability: Expand from 2 to 252 devices without redesigning network architecture, ideal for large-scale projects.
Faqs:
What types of displays are compatible with the Flyin 4K Distributed Converged Server?
The system works with projectors, LED screens, LCD displays, splicing screens, and LED walls, offering versatile compatibility for various setups.
How does the camera auto-calibration technology work?
The built-in camera auto-calibration (available in P4 model) automatically adjusts overlapping edges and geometric distortions, achieving pixel-perfect alignment across up to 252 devices per group, reducing manual debugging time by over 50%.
What are the control options for managing the system?
You can manage the system via free Windows software for centralized management, iOS/Android apps for wireless debugging, or third-party UDP-based central control systems like Crestron for seamless integration.