8K60 6x6 Video Wall Controller 4 in 16 out Application to command and controller

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The BIT-VWC-U2-436 is an 8K60 video wall controller independently developed and produced by BITVISUS. It uses a discrete graphics card to input four channels of 4K60, with optional HDMI or DisplayPort interfaces, and output 36 channels of HDMI at up to 1080p60. A single device supports up to four cards. Its plug-in design allows for flexible configuration based on needs, and it provides remote control, serial port, and Ethernet control interfaces. With its ultra-high image quality, exceptional stability, and simple operation, it is widely used in conference rooms and meeting centers, command centers, monitoring rooms, commercial displays and advertising, public information dissemination, museums, and exhibition halls.

1、 This video wall processor supports 4 HDMI/DP inputs and 36 HDMI outputs.
2、 A single device, with 4 inputs and 36 outputs, allows for any combination of video wall splicing modes: landscape, portrait, and grid, and supports large-scale parallel operation.
3、 Inputs support up to 17280×4320P30 and 11520×6480P30, with backward compatibility. A single output supports up to 1920×1080P60.
4、Supports fixed EDID and custom resolutions via the discrete graphics card.
5、 Point-to-point splicing without stretching or distortion, ensuring clear images without input source compression.  Output supports 180° rotation of the first line;
6、 Supports infrared remote control, serial RS232 port, and network interface control;
7、 Supports software standby for better control and management, and improved lifespan and safety;
8、Used in conjunction with windowing software, it enables large-screen splicing and simultaneous display of multiple screens on the wall;
9、Utilizes a 28nm process high-end programmable FPGA chip and a fully hardware-based real-time processing architecture for ultra-fast processing speeds without latency.
10、 Low-power, energy-saving, and environmentally friendly design, requiring no external cooling measures for exceptional reliability.