Pure hardware design

Pure hardware design, using high-speed FPGA processing chip, real-time processing of each signal, excellent image processing performance, without any operating system, avoiding common problems such as crash, blue screen, virus, etc.;

Modular Design

All boards are designed with plug-in cards, providing a variety of boards and chassis of different scales. Users can configure any configuration according to their needs, saving costs. At the same time, the N+1 redundant power supply (optional) design further improves the equipment stability;

Multiplexing

Support DVI, VGA, CVBS, HDMI, YPbPr, twisted pair input signal interface; real-time parallel processing of multi-channel signals, superimposition, roaming, and arbitrary scaling;

Image window

A single physical splicing unit can open 4 windows of the same signal or different signals; it supports the saving and reading of scenes, and automatic scene polling;

Large screen grouping

Large-screen grouping, name customization, signal source name display, one splicing controller can divide multiple groups of large-screen splicing display systems;

Visual Control Software

Adopt interactive visual control software, support input and output full-channel cellular preview function, the control software can see the status of the input signal source in real time, and realize the real-time preview of all input signals;

Resolution compatible

Resolution real-time full compatibility technology, supports output of different resolutions of each channel, and can support multiple sets of large screens with different resolutions at the same time;

Device Monitoring

Supports real-time monitoring of the inside of the chassis, the working temperature of the CPU and the status of all input channels, and displays them dynamically on the management software interface in real time.