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Modular matrix host with configurable input/output signal cards.
Supports a wide range of input/output cards, including HDMI, DVI, VGA, SDI, HDBaseT, and fiber optic interfaces, enhancing system flexibility. The DVI input card is compatible with CVBS, YUV, and S-Video signals, while the VGA input/output cards are also compatible with CVBS, YUV, and S-Video.
By customizing and combining identical or different input/output cards, the system can be configured into various matrix types such as HDMI matrix, DVI matrix, VGA matrix, YUV matrix, and Video matrix.
Supports maximum resolution up to 4K×2K.
Supports seamless switching with no black screen during signal transitions.
Front panel supports button control and LCD status display, allowing direct viewing and modification of IP information.
Offers flexible control methods with one RS-232 port, one RS-485 port, and one LAN port; supports external control panel interface.
Supports synchronous switching of audio and video signals with fast response.
Supports selectable input of analog audio or HDMI-embedded audio.
Supports simultaneous output of analog audio and HDMI-embedded audio.
HDBaseT input/output signals support bidirectional RS-232 and IR signal transmission, with options for signal-following or independent switching modes; also supports PoC (Power over Cable) for external power supply.
Features power-off memory to avoid reconfiguration after power outages.
Equipped with intelligent temperature control to manage internal fan operation.
Allows storage of multiple preset switching commands in the system, enabling one-touch recall.
Supports optional KVM functionality, enabling remote control of server room computers with a single keyboard and mouse.
The Hybrid Matrix System is a highly flexible solution for video wall splicing and seamless matrix switching. Featuring a high-performance hardware design, it perfectly supports seamless switching and processing of various high-definition digital and analog signals. It also supports bidirectional RS-232 and IR signal routing and switching. The system can divide a complete image signal into multiple outputs and distribute them to multiple display units, forming a large screen to present dynamic visuals. It provides an all-in-one solution for the switching and distribution of multiple video and control signals across different industries. This system is widely applicable in broadcast and television engineering, multimedia conference rooms, large-screen display projects, distance learning, intelligent transportation control centers, command and control centers, and more.
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