XC-HP is a newly launched ultra high definition seamless solidification splicing matrix, designed with multiple inputs and outputs to increase audio analysis, transmission, distribution, switching, and splicing functions. It adopts a button based and software based design concept, equipped with signal resolution adjustment, and supports seamless and fast switching function. Its powerful cost-effectiveness further reflects its value. This matrix adopts electromagnetic protection design, which can effectively shield electromagnetic interference from the surrounding environment, thereby ensuring stable operation of the equipment. Used to synchronously or asynchronously switch various audio and video input signals to any output channel of audio and video. By adopting a unique processing method, the switching speed of the device has been greatly improved. The control method is flexible, with a long-life button panel operation, a large screen illuminated matrix LCD screen displaying various information, and network and RS232 communication interface control, which can be easily used in conjunction with various remote control devices such as personal computers and central control systems.

Perfect experience

Supports high-definition resolution of 3840* 2160@30Hz Seamless switching, fast and no black screen flicker

Multiple resolutions

Support video splicing and adapt to various large screen displays such as LCD/LED/DLP

Flexible control mode

Support button control, infrared control, serial port control, and network port control

Standard Industrial Design

Standard 1U structure design, easy to install

Intelligent EDID

Support EDID erasable EDID adaptive function to better adapt to diverse display devices on site and improve compatibility

One click call

Supports up to 16 commonly used scene saves and calls, enabling one click scene switching

High Efficiency and Energy Saving

The design of the energy consumption plan does not guarantee energy conservation

stability

Overvoltage, overcurrent, overheating, and overload protection to reduce the frequency of equipment damage