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| Pin # | Signal Name | Pin # | Signal Name | | :--- | :--- | :--- | :--- | | 1 | GND | 26 | RXEC-/NC* | | 2 | NC | 27 | RXEC+/NC* | | 3 | VCC (3.3V) | 28 | RXE3-/NC* | | 4 | VCC (3.3V) | 29 | RXE3+/NC* | | 5 | GND | 30 | GND | | 6 | RXO0- | 31 | V_BL | | 7 | RXO0+ | 32 | V_BL | | 8 | RXO1- | 33 | V_BL | | 9 | RXO1+ | 34 | ENABLE_BL | | 10 | GND | 35 | PWM_BL | | 11 | RXO2- | 36 | GND_BL | | 12 | RXO2+ | 37 | GND_BL | | 13 | RXOC- | 38 | GND_BL | | 14 | RXOC+ | 39 | NC | | 15 | GND | 41 | NC | | 16 | RXO3- | 51 | NC | | 17 | RXO3+ | | |
Understanding the specific pinout configuration is essential for engineer-level troubleshooting, custom display interfacing, and T-CON (Timing Controller) board repairs. 1. What is a 51-Pin LVDS Interface?
: Signals such as RXA0-/+ through RXA3-/+ and a clock pair RXACK-/+ . 51 pin lvds pinout datasheet
Before connecting, verify if your panel requires 5V or 12V. Applying 12V to a 5V panel will instantly destroy the T-Con board.
While pinouts can vary by manufacturer (e.g., LG vs. Samsung), many follow a generalized pattern for FHD 60Hz panels: Signal Name Description GND / NC / Config | Pin # | Signal Name | Pin
If you can tell me the , I can help you locate the exact pinout diagram to ensure you wire it correctly.
💡 Most 51-pin panels operate on a 12V logic rail, but the differential signals themselves (the pairs) operate at a very low voltage swing (approx. 350mV). Signal Type: Differential Pair (Positive and Negative). : Signals such as RXA0-/+ through RXA3-/+ and
Usually cluster together at the beginning of the pin layout. In large displays, they draw substantial current, requiring multiple pins to share the load and prevent overheating. Television panels universally use +12V DC , whereas smaller laptop or industrial panels might use +3.3V or +5V.
: Always verify the specific panel model number before connecting, as incorrect power pin alignment can permanently damage the T-CON board or LCD panel. LVDS CONNECTOR 51 PIN datasheets
| Pin # | Signal Name | Pin # | Signal Name | | :--- | :--- | :--- | :--- | | 1 | GND | 26 | RXEC-/NC* | | 2 | NC | 27 | RXEC+/NC* | | 3 | VCC (3.3V) | 28 | RXE3-/NC* | | 4 | VCC (3.3V) | 29 | RXE3+/NC* | | 5 | GND | 30 | GND | | 6 | RXO0- | 31 | V_BL | | 7 | RXO0+ | 32 | V_BL | | 8 | RXO1- | 33 | V_BL | | 9 | RXO1+ | 34 | ENABLE_BL | | 10 | GND | 35 | PWM_BL | | 11 | RXO2- | 36 | GND_BL | | 12 | RXO2+ | 37 | GND_BL | | 13 | RXOC- | 38 | GND_BL | | 14 | RXOC+ | 39 | NC | | 15 | GND | 41 | NC | | 16 | RXO3- | 51 | NC | | 17 | RXO3+ | | |
Understanding the specific pinout configuration is essential for engineer-level troubleshooting, custom display interfacing, and T-CON (Timing Controller) board repairs. 1. What is a 51-Pin LVDS Interface?
: Signals such as RXA0-/+ through RXA3-/+ and a clock pair RXACK-/+ .
Before connecting, verify if your panel requires 5V or 12V. Applying 12V to a 5V panel will instantly destroy the T-Con board.
While pinouts can vary by manufacturer (e.g., LG vs. Samsung), many follow a generalized pattern for FHD 60Hz panels: Signal Name Description GND / NC / Config
If you can tell me the , I can help you locate the exact pinout diagram to ensure you wire it correctly.
💡 Most 51-pin panels operate on a 12V logic rail, but the differential signals themselves (the pairs) operate at a very low voltage swing (approx. 350mV). Signal Type: Differential Pair (Positive and Negative).
Usually cluster together at the beginning of the pin layout. In large displays, they draw substantial current, requiring multiple pins to share the load and prevent overheating. Television panels universally use +12V DC , whereas smaller laptop or industrial panels might use +3.3V or +5V.
: Always verify the specific panel model number before connecting, as incorrect power pin alignment can permanently damage the T-CON board or LCD panel. LVDS CONNECTOR 51 PIN datasheets