This Video Wall Processor is a high performance video processing workstation with pure hardware architecture for spectacular video wall displaying which can be employed in fields including education and research, government announcement, information publishing, exhibition and show, controlling and commanding center, security monitoring, etc. Advanced image processing technologies such as high definition video signal collecting, real time and high resolution digital image processing ,and advanced three-dimensional digital filtering are integrated in video-wall processor. Moreover, it also employs large-capacity, high-speed FPGA and CrossPoint switch to ensure the real-time processing of all input signal and the consistency of the data, leading to no image delay, discretization, frame loss, which guarantee excellent video displaying.
Video-wall processor is compatible with a wide variety of input signal formats, including ,CVBS,YPbPr, VGA, DVI, Dual-link DVI, HDMI, SDI, twisted pair signal, optical signal, etc. The output signal of video-wall processor supports DVI-I, twisted pair signal, and optical signal. For DVI-I signal, RGB analogue signal and DVI digital signal can be transmitted concurrently, which means that when video signals displayed on a video-wall, it can also be backup and transmitted to another group of displays simultaneously. The resolution of a single output channel can reaches up to 1920*1200@60Hz. Besides, customers can also upload and display ultra-high resolution static background images with video-wall processor. Additionally, ultra-high resolution dynamic background image is also supported with the extra graphic workstation to achieve perfect displaying.
A series models of video-wall processor are available for users to choose, which differ in features and functions, The largest scale of video-wall processor supports the displays of video wall of 144 screens for maximum. Moreover, video-wall processor also enables different groups of screens displaying at various resolutions, which is very significant to the combination of multi-groups of large screens displaying system.