Novastar DH426 LED Screen Display Receiving Card is a universal receiving card introduced by Nova Technology. The maximum load of a single card is 512×384 pixels, and it supports up to 32 sets of RGB parallel data. It adopts 16 standard HUB75 interfaces, has high stability and high reliability, and is suitable for the construction of various scenarios. The hardware design and software design of DH426 fully consider the scenarios of user deployment, operation and maintenance.
Novastar DH426 LED Receiving Card HUB75E Output LED Screen Display Receiving Card Overview:
Improve display effect
With NovaLCT and NovCLB, the brightness of each light point is corrected to make the brightness of the entire screen consistent and improve the display quality
Quick light and dark line adjustment
Quickly adjust the light and dark lines on NovaLCT to quickly solve the light and dark lines on the display caused by the splicing of cabinets and modules. The adjustment will take effect immediately and is simple and easy to use.
With the independent main control supporting 3 functions, enable the 3 function on the operation panel of NovaLCT or independent main control, and set 3D parameters to make the screen display 3D effect.
After the Mappimg function is enabled on NovaLCT, the receiving card number and network port information will be displayed on the target cabinet, and the receiving card location and wiring method can be clearly obtained
RGB independent Gamma adjustment
With the independent master control and NovaLCT that support RGB independent Gamma adjustment, by adjusting the Gamma values of the RGB three colors separately, Section can effectively control the low gray unevenness of the display, white balance drift and other issues, making the picture more real.
Temperature and voltage detection
Can detect its own temperature and voltage without the need for other peripherals. Can be viewed on NovaLCT
With NovaLCT, it can detect the network quality between the sending device and the receiving card or between the receiving card and the receiving card, record the number of errors, and assist in troubleshooting.
Firmware read back
On NovaLCT, the firmware program of the receiving card can be read back and saved locally.
Read back configuration parameters
On NovaLCT, the receiving card configuration parameters can be read back and saved locally.
The reliability of the network cascade between the receiving cards is increased through the active and standby redundancy mechanism. In the active-standby cascade line, when one of the lines fails, the other line will work immediately.
Dual program backup
Two application programs are saved when the receiving card leaves the factory to prevent problems such as stuck and self-locking during program update
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