8 screen with 4 roaming Windows PIP HD Video Splicing Processor

8 screen with 4 roaming Windows PIP HD Video Splicing Processor

AM-SP408

Introduction: 

A specialized hardware solution for intricate video processing, the HD-Video Controller Splicing Processor leverages FPGA architecture to manage multiple dynamic images on various screens. It facilitates multi-window splicing and roaming, with each channel boasting a unique 6G bandwidth for high-definition digital/analog signal handling.

HD-Video Controller Splicing Processor is a specialized hardware device designed for high-definition video processing and multi-screen display applications. Here's a breakdown of its features and capabilities:

Feature:

• Hardware-Based Image Processing: The splicing processor utilizes FPGA architecture for pure hardware-based image processing. This ensures efficient handling of multiple dynamic images on multiple screens.

• Multi-Window Splicing and Roaming: It enables the display of multiple dynamic images across multiple screens, allowing for multi-window splicing and roaming.

• Wide Range of Input Capabilities: The product supports various input interfaces including DVI, VGA, HDMI, SDI, YPbPR, CVBS, and IP access, providing versatility in connecting different types of video sources.

• Pixel-Level Precision Synchronization: Built-in clock synchronization technology ensures precise synchronization of cross-screen splicing at the pixel level.

• Support for Complex Video Processing: It supports complex video processing tasks such as superposition, roaming, windowing, etc., allowing for advanced manipulation of high-definition digital/analog video signals.

• Compatibility with Various Display Terminals: The product is compatible with various display terminals including narrow-edge LCD, DLP, LED, etc., making it suitable for a wide range of applications in industries such as government, fire, public security, energy, transportation, electric power, and military.

• Multiple Display Modes: Offers 4 windows roaming PIP display modes, allowing for flexible arrangements such as 2x4 or 4x2 8 screens.

• AIAO Functionality: Any In Any Out function enables displaying any captured picture in a specific area on the screen.

• Hardware-Based Switching: Utilizes hardware high-speed switching with a point-to-point serial bus unified switching architecture, ensuring fast startup speed and reliability without issues like crashes, blue screens, or virus attacks.

• Flexible Mosaic Roaming Display: Supports flexible mosaic roaming display across screens, allowing for any input signal to roam across the wall with window opening and scaling.

• OSD Functionality: Supports On-Screen Display (OSD) overlay for convenient source management, allowing superimposing characters for each input signal.

• Continuous Operation: Designed for 24/7 continuous operation, meeting the demanding requirements of control rooms, dispatch centers, monitoring centers, etc.

• Standardized Chassis Design: The equipment cabinet conforms to ANST/EIA RS-310-C/D standards with a standard 19-inch chassis design, ensuring simple installation and stable performance.

• Redundant Power Supply Backup: Equipped with dual power supply redundancy backup, ensuring uninterrupted operation in case of power supply failure.

• High-Speed Backplane Interconnection: Utilizes high-speed backplane interconnection technology with each channel having a unique 6G bandwidth, ensuring high-capacity signal exchange.

• Flexible Board Selection and Design: Allows for flexible board selection and design, with plug-in cards for various modules, facilitating future upgrades, expansions, and maintenance.

• VGA Automatic Adjustment: Features VGA automatic adjustment technology to align RGB video and HV scan signals, eliminating image alignment issues caused by analog video transmission and processing delays.

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