51 Pin Lvds Pinout Datasheet

One of the most critical diagnostic pins is the (Selection) pin. Display standards map color data bits differently across the LVDS lanes.

The integration manual for AMT's Sigma S7 industrial panel PC provides a clear example of a 51-pin connector's signal assignment. This pinout, using a connector, is typical for a single-channel or dual-channel display setup.

A 51-pin connector provides the bandwidth necessary to drive high-resolution displays. Unlike simpler 30-pin connectors that support 6-bit single-channel data, the 51-pin interface typically supports configurations.

High-end, high-resolution notebooks. 6. Troubleshooting and Design Tips 51 pin lvds pinout datasheet

By splitting the data into two parallel streams, the system effectively cuts the required clock frequency in half, ensuring signal integrity over longer ribbon cables. Data Format Select (Pin 36 - LVDS_SEL)

When installing or troubleshooting a 51-pin LVDS cable using a datasheet:

Below is the standard reference pinout for a dual-channel 10-bit 51-pin LVDS interface: Pin Number Signal Name Description One of the most critical diagnostic pins is

The LSBs are placed on RX0 and RX1, while RX3 carries the MSBs. 4. Hardware and Implementation Best Practices

A critical distinction in 51-pin layouts is the location of the power supply (VCC/VLCD) pins: "Type G" (Samsung/CMO style): Power is typically on Pins 1–4 "Type H" (LG/AUO style): Power is typically on Pins 48–51 Grounding:

DisplayTech_Support Date: April 12, 2026 Topic: Understanding the 51-pin LVDS interface – pinout, signals, and where to find datasheets This pinout, using a connector, is typical for

NEC NL192120BC25-02 – 19.2" 1920x1200, 51-pin LVDS, uses exactly the pinout described in section 2.

Below is the standard reference datasheet configuration for a 51-pin LVDS interface: Pin Number Signal Name Description +12V / +5V Panel Power Supply 2 +12V / +5V Panel Power Supply 3 +12V / +5V Panel Power Supply 4 +12V / +5V Panel Power Supply 5 +12V / +5V Panel Power Supply 6 No Connection or Ground Reference 7 8 9 10 LVDS Odd Channel Data 0 (-) 11 LVDS Odd Channel Data 0 (+) 12 LVDS Odd Channel Data 1 (-) 13 LVDS Odd Channel Data 1 (+) 14 LVDS Odd Channel R/G/B Data 2 (-) 15 LVDS Odd Channel R/G/B Data 2 (+) 16 17 LVDS Odd Channel Clock (-) 18 LVDS Odd Channel Clock (+) 19 LVDS Odd Channel Data 3 (-) 20 LVDS Odd Channel Data 3 (+) 21 22 LVDS Even Channel Data 0 (-) 23 LVDS Even Channel Data 0 (+) 24 LVDS Even Channel Data 1 (-) 25 LVDS Even Channel Data 1 (+) 26 LVDS Even Channel Data 2 (-) 27 LVDS Even Channel Data 2 (+) 28 29 LVDS Even Channel Clock (-) 30 LVDS Even Channel Clock (+) 31 LVDS Even Channel Data 3 (-) 32 LVDS Even Channel Data 3 (+) 33 34 LVDS 5th Data Lane (-) (Used for 10-bit panels) 35 LVDS 5th Data Lane (+) (Used for 10-bit panels) 36 LVDS 5th Data Lane (-) (Used for 10-bit panels) 37 LVDS 5th Data Lane (+) (Used for 10-bit panels) 38 39 I2C Data Line for Option/EDID 40 I2C Clock Line for Option/EDID 41 No Connection 42 LVDS Format Selection (JEIDA vs. VESA standard) 43 44 Write Protect for EDID EEPROM 45 No Connection 46 No Connection 47 Automatic Gain Control (Manufacturer Option) 48 No Connection 49 Backlight Dimming Signal / Control 50 No Connection 51 Backlight Inverter On/Off Control 3. Signal Grouping and Data Mapping