1. input DVI/VGA/AV
2. 14 channels output
3. output DVI/VGA
4. splicing at option
5.all hardware, high-end profess chip
1.Pure hardware architecture, no operating system, power supply redundant for backup, high stability2.Adopt all hardware architecture, without the operating system, the internal self-built mechanism for the core computing, no plate processor crashes, blue screen and virus troubles. All systems working in parallel without risk of collapse of the system, at power-up, it may run 24 hours a day throughout the year. At the same time, with 1+1 hot standby power supply redundant, in the way of increasing the high stability of the equipment.3.Support a variety of signal formats input and output, with input signal characteristics of memory function, can support RGB,DVI, HDTV, S-VIDEO, NTSC/PAL format signal input resolution, from 640x480 to 1440x1050; Sampling the each input signal, has the characteristic of memory function,The first-class matrix can be arbitrary switching the input signal, as log as done in this re-sampling to adjust the signal input device will automatically configures the memory parameters, without the need to adjust the second sample. To support simultaneous output of RGB and DVI signals, enabling customers to configure the display unit.4.RGB and video windows can be any roaming, overlay, scaling.In the splicing screen, all the RGB and Video windows can be any roaming, overlay, zoom (no zoom ratio limit). In each display unit can be opened 4 windows, length ratio to be adjusted.Hot-Swap chassis structure, high integration, low power consumption.5.In the chassis structure wide system uses hot –pluggable architecture, the capacity can be expanded to four screens smooth 40-screen, the device from input to output cards card, can be easy to replace from the power supply to the fan, upgrade and maintenance of user-friendly.6.Adopt the decentralized control structure in the control structure, the inside exchange of modules adopt hierarchical distributed control technology, Internal communication module using the memory mapping techniques, coupled with extensive use of high-performance FPGA AND HIGH-SPEED DIGITAL BUS SWITCHING TECHNOLOGY, the system’s data processing capability is 50 times as board-style big-screen splicing device .All systems are using low-power chipset, the whole operation at full capacity is only 65W, far below the board big-screen splicer.7.Adopt the advanced design methods, and stability, reliability and scalability and good real-time operating system. The upgraded and changed of the software management adopt software industry configuration manage method, ensure upgraded version consistency and test normative, upgrade by the software and loading way.8.The software can also control the matrix switcher and large screen unit; enable customers to switch matrix, and large screen units to set parameters such as switch machines.
Professor catalogue
Configuration and specification
functions
Products features
Standard professor
The ways of input
3 ways per unit
Can with multiple pips
All hardware construction design, independent image profess chip
The kinds of the input signals
DVI/VGA/AV
Display independently
Real-time and dynamic profess image, clear and fluent
The ways of output
14 ways
Support open
Window and float
Dependable performance,7*24 hours continuous working
The kinds of output signals
DVI/VGA
Combination at will
Auto-adjust image functions (3D color)
The max units per professor supporting
14 units
Support open
Window and float
Boot quickly(5s), support force boot and shutdown
The max units the system supporting
255 units
Open window at will optional
Support many color input signals (PAL/NTSC/SECAM)
The formats of the output signals
1600*1200/60hz
And below formats compatible
Auto- storage mode
Control software easy and convenience to operate,
The pattern of the
Splicing
M*M matrix pattern
Personality menu install
32 bit color depth, ensure the image of the smooth and bright color quality
Com interface
RS232
