Novastar MRV266 Receiving Card HUB320 LED Module 26Pins Loading 512*256 Dots

Description of Novastar MRV266 Receiving Card HUB320 LED Module 26Pins Loading 512*256 Dots The MRV266 is a small-pitch receiving card from Nova Technology. The single card has a maximum load of 512 × 256 pixels and supports up to 24 sets of RGB parallel data. Adopts 6 HUB320 (26pin) interface, with high stability and high reliability, suitable for a variety of environments.The hardware design and software design of the MRV266 takes into account the scenarios of user deployment, operation, and maintenance, making deployment easier, more stable, and more efficient.Improve displaySupport for lighting chromaticity correctionWith NovaLCT and NovaCLB, the brightness of each lamp pointCorrected with chromaticity.fast bright and dark line adjustmentQuickly bright and dark line adjustment on NovaLCT to eliminateA gap between the light board and the light board, the box body and the box body.3D functionWith independent masters that support 3D capabilities, at NovaLCT orTurn on the 3D function on the operator panel of the main control and set the 3D parameters.The number causes the display screen to display a 3D effect.Loaded:− 256×256 (PWM IC)− 256×208 (General Purpose IC)Improve maintainabilityMapping functionTarget box after enabling Mapping on NovaLCTThe receiving card number and network port information will be displayed, which can be clearly obtained.Receive card location and routing method.Receive card pre-stored screen settingsThe specified picture can be set to the display on NovaLCTThe screen when the startup screen, network cable is disconnected, or when there is no video source signal.Temperature and voltage monitoringCan monitor its own temperature and voltage without the need for other peripherals,The temperature and voltage of the receiving card can be viewed on the NovaLCT.LCD moduleSupports Nova's universal 5pin LCD module. For display connectionCard temperature, voltage, single run time and total run timebetween.BER monitoringWith NovaLCT (V5.2.0 and above), the receiving card is connectedDuring the communication, the data loss on the transmission link is monitored.Firmware program readbackCan read back the receiving card on NovaLCT (V5.2.0 and above)The firmware program is saved to the local.Configuration parameters read backReadback card configuration parameters can be read back and saved on NovaLCTGo to the local.Improve reliabilityLoop backupIncrease the reliability of the series connection of the receiving card through the master-slave redundancy mechanism.In the standby line, when one of the lines fails, the otherA line will work instantly to ensure that the display is working properly.Configuration parameters dual backupSave two receiving card configurations on the receiving card via NovaLCTParameters, one of which is used as a backup parameter.Dual program backupThe receiving card is shipped with two applications saved in case the program is moreThe upgrade caused by the new exception is stuck. Novastar Receiving Card Models: Armor Series Receiving Card A10S Plus Receive Card A9S Receive Card A9 Receive Card A8S Receive Card A8 Receive Card A7S Receive Card A7 Receive Card A5S Receive Card A5 Receive Card A4S Receive Card   Standard MRV Series Receiving Card: MRV206 Receive Card MRV266 Receive Card MRV366 Receive Card MRV328 Receive Card MRV316 Receive Card MRV308 Receive Card MRV336 Receive Card   DH Series Receiving Card DH436 Receive Card DH418 Receive Card   Useful Software Design Random order scanning Lighting modules with extracting channels Individual Gamma adjustment for RGB Bit error detection Support for LVDS transmission (Supported by dedicated firmware program). Support for smart module (Supported by dedicated firmware program). Support for quick seam correction. Support for 3D function. Support for auto module calibration. Support for Mapping function. Support for pre-stored image setting of the receiving card. Support for module Flash management. Supports monitoring voltage and temperature of itself without using other peripherals. Support for monitoring of Ethernet cable communication status. Support for 5-pin LCD module. Support for image rotation in 90° increments.