• Adopting the structure of main control board plus input and output board, and supporting mixed insertion of input and output boards, supports displaying multiple dynamic images on multiple display terminals at the same tim
• A signal source can be displayed on the M × N (M ≥ 1, N ≥ 1) display units
• Multiple signal sources are supported, including VGA, DVI, HDMI, DP and IP. Supports 4K@60 Hz input, transmission and output
• Supports decoding national standard stream. The decoding board supports h.264/h.265 encoding format. Supports 16 channels 1080P@30 network signal decoding and displaying on the wall, and the local video file playback displaying on the wall
• Supports 1/4/9/16 image division of a single output interface, and the full screen switching of sub window
• Up to 8+2 image layers can be displayed on one screen, including one caption layer and a background layer. The virtual LED font and the background color is adjustable. Supports the scrolling mode. The resolution of background layer is up to 16384 × 8192
• Users have the permission to manage the signal sources and video wall
• Built-in matrix feature for opening a signal source on several windows simultaneously
• Supports crossing-window video roaming
• Supports SADP searching active IP address and resetting the password of administrator
• Supports the adjustment of display wall connection to match the virtual display wall window of client software with the output interface of controller
• The client software supports the preview of the signal displaying on the wall. Users can conveniently call the signal
• A single device supports 8 video wall management
• Supports the front and rear ventilation of the chassis. Self-adaptive heat dissipation according to the temperature
• Supports video wall echo and signal source list preview
• Fluent video output without frame extraction to guarantee the lossless output of 60 frames

The DS-C30S video wall controller is a new-generation pure hardware image processing device based on FPGA. Compared with the traditional controller, the device has a brand-new system structure and adopts data dual exchange technology to support large-capacity data transmission and processing. With high image processing performance, the device supports the access and real-time processing of multi-channel high definition and ultra-high definition signals. Adopting the structure of main control board plus input and output board, which can be configured as required, the device supports multi-screen management. This product is mainly used in large-screen splicing control system and considered the core control device of the system.

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