TV-6840S

Central Control & Matrix · Audio Video Matrix

The splicing matrix all-in-one machine is based on FPGA hardware architecture and adopts a plug-in card design. Different interfaces can flexibly match actual needs and are characterized by low failure rate and high reliability. A comprehensive, visual audio and video control platform that integrates high-score collection, output customization, visual management and other technologies. It is mainly used in command and dispatch centers in the fields of government, military, transportation and other fields, as well as large, medium and small conference rooms of government and enterprise units and other places. It is a display and control solution for various industries such as conference rooms, national defense forces, public security, electric power, rail transit, and industrial automation.

Features

• Pure hardware card-type architecture design, 19-inch standard rack installation, metal structure chassis;
• Adopting 8U metal structure chassis, the shell protection level of the prototype meets the IP20 requirements of GB/T4208-2017;
• Built-in 7-inch touch screen, through which monitoring status viewing, parameter setting, plan calling and other operations can be performed, and the touch screen supports online upgrades;
• The device adopts a card-type design, with a built-in data exchange backplane, which can detect device temperature and power online status;
• The device supports 64 inputs and 40 outputs, and supports preview and echo functions;
• A single device supports simultaneous access to 16 input cards, 10 output cards, 1 preview card, and 1 back-up graphics card; with corresponding boards and cards, it supports 4096*2160@60fps, RGB4:4:4; at the same time, the back-up graphics card supports output monitoring through the HDMI video interface, and the resolution supports 1920*1080@60fps.
• It has Gigabit network port, and support 1Gbps bandwidth.
• Based on pure hardware FPGA architecture, the host has the functions of splicing and matrix integration, the output end can choose splicing or matrix mode, and has the function of intelligent audio control. It does not require an independent audio card and supports separate audio transmission. The HDMI board can choose external analog audio or HDMI embedded audio input or output;
• It has the function of fan speed adjustment, and the speed can be adjusted according to the actual scene;
• It has the function of input and output port backup. When any link of any link fails, the system will automatically switch to the backup link to ensure that the image of the display device is not affected;
• Supports signal cropping function, which can remove black edges and crop the input signal source to solve the problem of black edges in the front-end signal source, or partially amplify the signal, and can input pixels for precise cropping, or visual cropping by dragging the mouse;
• Supports pre-walling function. Users can preset the windows and plans of the large screen on the virtual wall in advance, and apply them to the current large screen after confirmation;
• Supports station logo setting function. Text station logo or picture station logo can be set. Users can customize and upload high-definition pictures as the station logo of the signal source, and can also drag and drop =Change the station logo position by way of;
• Supports background image setting function, and can upload 8K resolution pictures as large-screen background image display;
• Supports subtitle display function, users can customize subtitle content, subtitles can be set to static or dynamic display, can adjust scrolling speed, scrolling mode, and can adjust subtitle size, position, background color, font color, font, alignment;
• Input board, output board, preview board, and echo board support hot-swap function, the device does not need to shut down, restart and set, after replacing the board, quickly restore the previous layer data to ensure normal playback of the picture, and can realize flexible board replacement and convenient maintenance;
• Supports HDMI, SDI, DVI, FIBER, HDBaseT, VGA, DP, IP and other image interfaces;
• Excellent heat dissipation system design, adopts the side left and right air duct inlet and outlet design, optimizes the air outlet rate, improves the heat dissipation capacity of the whole machine, and ensures long-term stable operation of the equipment at an ambient temperature of 45℃;

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