51 Pin Lvds Pinout Datasheet |work| 99%

This pin count is often used for display modules that require high bandwidth, typically those with:

These detailed pinouts are necessary because there is ; the assignment can vary by manufacturer and display model. To guarantee a working connection, always consult the official datasheet for your exact panel model.

A datasheet for a 51-pin LVDS display must provide several critical pieces of information for successful integration. The most important is , which lists which wire is power (VCC), ground (GND), clock, and data (differential signal pairs). 51 pin lvds pinout datasheet

: Common connectors include the Hirose DF9C-51S-1V or JAE FI-RE series with a 0.5mm pitch . General 51-Pin LVDS Pinout Layout

: The mechanical standard for the connector itself. Technical specs include a 0.5 mm pitch and a current rating of approximately 0.3A per signal pin . This pin count is often used for display

While specific pinouts can vary by manufacturer (such as , LG , or CSOT ), most 51-pin interfaces follow a standardized V-by-One or dual-channel LVDS layout with a 0.5mm pitch . Typical 51-Pin Dual-Channel 8-Bit Configuration

Unlike older 30-pin standards that were relatively consistent, 51-pin assignments can vary wildly between panel manufacturers like LG, Samsung, BOE, and AUO. Connecting an LVDS cable without matching the exact pinout of your specific datasheet is the fastest way to blow a fuse or permanently fry your display panel. The most important is , which lists which

Understanding these signals is crucial for troubleshooting or designing an LVDS interface board.

When drafting PCBs or designing converter boards for a 51-pin interface, strict adherence to LVDS electrical characteristics is required. Differential Voltage Output ( VODcap V sub cap O cap D end-sub

| Pin No. | Symbol | Description | Notes | | :--- | :--- | :--- | :--- | | 27 | Bit Selection | 8bit / 10bit (D) Select | 'L'=8bit, 'H'=10bit | | 28 | RE0N | Second Channel 0- (LVDS) | | | 29 | RE0P | Second Channel 0+ (LVDS) | | | 30 | RE1N | Second Channel 1- (LVDS) | | | 31 | RE1P | Second Channel 1+ (LVDS) | | | 32 | RE2N | Second Channel 2- (LVDS) | | | 33 | RE2P | Second Channel 2+ (LVDS) | | | 34 | GND | Ground | | | 35 | RECLKN | Second Clock Channel C- (LVDS) | | | 36 | RECLKP | Second Clock Channel C+ (LVDS) | | | 37 | GND | Ground | | | 38 | RE3N | Second Channel 3- (LVDS) | For 10-bit data | | 39 | RE3P | Second Channel 3+ (LVDS) | For 10-bit data | | 40 | RE4N | Second Channel 4- (LVDS) | For 10-bit data | | 41 | RE4P | Second Channel 4+ (LVDS) | For 10-bit data | | 42 | Reserved | Reserved | No connection or GND | | 43 | Reserved | Reserved | No connection or GND | | 44 | GND | Ground | | | 45 | GND | Ground | | | 46 | GND | Ground | | | 47 | NC | No Connection | | | 48 | VLCD | Power Input | +12V typical | | 49 | VLCD | Power Input | +12V typical | | 50 | VLCD | Power Input | +12V typical | | 51 | VLCD | Power Input | +12V typical |

Changing the logic level (Pull-high to 3.3V or Pull-down to GND) shifts the bit mapping sequence. Incorrect mapping causes severe color distortion or a "solarized" oil-painting effect on the screen.