Video-Wall processor employs RRTA( Resolution Real-time Total adaptation) technology
in order to support customised resolutions for different groups of screens, in other words the
resolution for each group of screens can be configured separately in the software which
offers flexibility and convenience for daily application and management .
Graphic Cropping and Signal Upscaling
The graphics of all input video signals can be freely cropped to remove the black edge.
Moreover, customer can zoom in and out any section of the video graphics after cropping.
The upscaling process ensures the zoomed section to be displayed without loss.
Ultra-high Resolution background Image
The built-in storage in Video-Wall Processor allows to store multiple ultra-high resolution
static ‘pixel-to-pixel’
background images which can be uploaded, displayed, and switched
through the software. With extra graphic workstation, the displaying of ultra-high resolution
dynamic background-image can also be achieved to meet specific and professional
requirements.
Character Superimposition
Video-Wall processor supports character superimposition to each input signal channel for
users to identify the signal source. Users can also customise the font, size, position, and
color of the superimposed character.
Scenes Saving, Loading, and Displaying in Loop
Any configuring arrangement of video signal displayed on screen wall can be saved as
“scenes”. Video-Wall processor supports up to 32 scenes to be saved and unlimited scenes
loaded. Customer can also set the scenes to be loaded and displayed in loop.
HDCP-Compliant
HDMI /DVI input card of Video-Wall processor supports HDCP , which enables HDCP
encrypted content to be displayed.
Redundant Power Supply
Video-Wall processor can be configured with dual power supply based on demand. For
circumstances if the power source is not stable, the redundant power supply is highly
suggested to connected to different power source or self-built UPS. In the condition of stable
power source, the device will works on load balancing for each power supply. Once a fault
