Video-Wall processor supports maximum four windows in a single screen allows users to
view more video signals with limited screens. The layout of the windows can be configured
separately which offers flexibility and convenience.
Input Signal Preview
All input signals can be previewed in the UI of software
before being displayed on the screens. It enables the
operator to detect the input status and display signals
correctly.
Other Functions
CrossPoint Switch
Video-Wall processor employs crosspoint switch technology which offers high speed
switching and transmission. Comparing to the “bus”
switching architecture that all the
signals need to share the bandwidth of bus for transmission, crosspoint switch assigns each
signal a unique channel to avoid collision,delay, and instability, which contributes to real-
time displaying for all video signals.
FPGA architecture
Employing the pure hardware FPGA architecture with self-developed core algorithm
provide Video-Wall processor excellent image processing performance. Abandoning
embedded operation system preventing Video-Wall Processor from crashes, collisions, blue
screen, and viruses which commonly suffered by software architecture. It is highly stable to
ensure uninterrupted operation of 7x24, and meet the increasingly strict demand of market.
Card to Main-board Plugging structure
The main modules including input card,output card, switch card control card, cooling fan,
and power supply are all designed as plugging structure with the main-board which make it
very flexible and convenient for customer to configure the product based on every special
demand. It is unnecessary to disassemble the whole device when replacing the module with
fault. It also supports the ‘hot-plugging’
for input and output cards which means that
customer can plug and pull out the input or output card when the workstation is in process of
working. No restarting of refreshing is needed, and other signals will not be affected.
Resolution Real-Time Total Adaptation (RRTA)
