2. Functional characteristics (main control punctuation)
Based on the pure hardware architecture of high-stability and high-bandwidth FPGA, the hardware design of functional modular board is adopted to realize the infinitely expandable FPGA+ architecture.
Modular plug-in design
The main modules such as input board, output board and switch board are all plug-in design, which brings great convenience to daily use and maintenance.
Expansion slot supports arbitrary mixed insertion of input and output boards
Supports group management of up to 4 groups of display walls, and supports multiple groups of display layouts with different resolutions and splicing modes; signal sharing between groups of screens facilitates user management.
The construction of the project site is more flexible, and the connecting wires between the equipment and the display unit do not need to be one-to-one correspondence, and can be adjusted at any time in the software.
Video image processing
A single signal can be spliced and displayed on any M×N display unit, M and N are both positive integers greater than or equal to 1;
Supports arbitrary windowing and roaming of the input signal, supports layer overlay, and supports up to any layout of four layers on a single screen;
A single screen supports up to 32 screen splits;
Intelligent scaling technology, image scaling adopts intelligent multi-phase filtering algorithm, automatically selects the optimal filter coefficient according to the characteristics of the image, the image is close to the magnitude-scale scaling effect, ensuring more details, no jagged edges and good sharpness;
Support multi-channel ultra-high resolution basemap;
Supports multi-channel vector virtual LEDs, and supports both dynamic and static display modes. The display content, font, color, speed and other parameters can be edited at will;
Supports seamless switching, the processor integrates a high-definition signal processing mechanism to ensure that there is no delay, no blue screen, no black screen and other intermediate transition states when the signal is switched;
Support intelligent black border removal (arbitrary cropping of the input image), edge fusion, area enlargement and other real-time image processing functions;
Support character superimposition of input signal, font type, size, background color, foreground color, display position and other parameters can be changed through the control software;
Support automatic detection of input signals, real-time detection of whether each input port has signal access, input boards and client software have status indications;
Support matrix switching, integrated matrix function inside the processor, support a single signal source to open multiple windows and display at the same time;
Network and multimedia processing technology
IP stream real-time decoding, support H.265 decoding format, support ONVIF, RTSP and other network streaming media protocols, compatible with mainstream brands of network cameras (IPC), NVR, video streaming servers, etc.; a single network port supports up to 64 channels of D1 , 32 channels of 720P, 16 channels of 1080P, 4 channels of 4K decoding;
Support mobile phone, tablet computer, laptop screen mirroring push function;
Support network screen capture function, display all PC desktops in the local area network to the large screen through the network;
Support embedded audio processing and switching, support 3.5mm audio port output;
Other characteristic value-added functions
Support redundant power supply, one normal power supply and one backup power supply. When the normal power supply fails, it will automatically switch to the backup power supply (optional);
Support BST client control
Support the pre-operation mode. After turning on this function, the operations of all windows will not take effect immediately. You need to click to confirm, and then all operations will take effect at one time;
3. MAX-FP6100 series hybrid seamless mosaic matrix