A 51-pin LVDS (Low-Voltage Differential Signaling) connector is primarily used in Full HD (1080p) LED and LCD TV panels, particularly those from manufacturers like Samsung and LG. Unlike standard 30-pin connectors, the 51-pin interface supports dual-channel 10-bit data transmission, allowing it to handle higher resolutions and a larger color gamut (up to 1.07 billion colors). Typical 51-Pin LVDS Pinout Layout
While pinouts can vary slightly by manufacturer, most 51-pin connectors follow a standardized grouping of signals. Below is the general configuration found in common Full HD panels:
Pins 1–4: VCC (Power Supply) – Typically +12V for large TV panels.
Pins 5–10: GND (Ground) – Multiple ground pins for signal stability and shielding.
Pins 11–20: Channel A (Even/Odd Data) – LVDS differential pairs (e.g., RXO0-, RXO0+ through RXO3- and CLK).
Pins 21–30: Channel B (Even/Odd Data) – Secondary data pairs used for dual-channel transmission to achieve 1080p resolution.
Pins 31–51: Control & Optional Signals – Includes SDA/SCL for I2C communication, VESA/JEIDA mode selection, and additional ground/shielding pins. Key Technical Specifications LVDS Pinout Diagrams and Specifications | PDF - Scribd
A 51-pin LVDS (Low-Voltage Differential Signaling) interface is a high-speed data standard typically used to connect a television mainboard or computer to a high-resolution LCD panel (like Full HD or 4K). Because "51-pin" refers to the physical connector—often a JAE FI-RE51S-HF or equivalent—the exact pinout can vary between manufacturers like LG and Samsung. Core Technical Specifications
Data Channels: Most 51-pin configurations support Dual-Channel 8-bit or 10-bit data transmission.
Signal Format: Supports both VESA and JEIDA mapping standards.
Physical Interface: Common connectors include the Hirose DF9C-51S-1V or JAE FI-RE series with a 0.5mm pitch. General 51-Pin LVDS Pinout Layout
While you should always verify with your specific panel's datasheet (e.g., Scribd's LVDS Pinout Collection), a standard 51-pin dual-channel configuration often follows this logic: Data Sheet LVDS Converter
The 51-pin LVDS (Low Voltage Differential Signaling) interface is a high-performance standard primarily used in large-format displays, such as Full HD (1080p) and 4K LED/LCD TVs. This pinout configuration supports dual-channel 8-bit or 10-bit data transmission, providing the bandwidth necessary for high-resolution imaging and fast refresh rates. Common 51-Pin LVDS Pinout Configurations
While specific pinouts can vary by manufacturer (e.g., Samsung vs. LG), most 51-pin interfaces follow a similar logic for power, ground, and differential signal pairs. Pin Number Signal Type Description 1 – 4 (or 48 – 51) VCC / Power Power supply (typically 12V for large panels) GND Ground Distributed throughout to reduce EMI Even Channels LVDS Signals
Differential pairs for even-numbered pixels (E0-, E0+, etc.) Odd Channels LVDS Signals Differential pairs for odd-numbered pixels (O0-, O0+, etc.) Clock Pairs Timing Clock signals for synchronization (OC/EC pairs) 51 pin lvds pinout datasheet
Samsung/CMO Standard: Often uses Pins 1–4 for power supply.
LG/AUO Standard: Frequently utilizes Pins 48–51 for power supply. Key Hardware Specifications Specification of Cortex Board
The 51-pin LVDS (Low-Voltage Differential Signaling) interface is a standard high-speed data transmission connector used primarily in 4K UHD and high-end Full HD LCD/LED television panels. Unlike the simpler 30-pin connectors found in HD displays, the 51-pin configuration supports higher bandwidth for increased resolutions and refresh rates. Common 51-Pin LVDS Pinout Structure
While specific manufacturers like Samsung or LG may have slight variations, a typical 51-pin datasheet for a 4K panel generally follows this functional grouping: DS90LV047A 3-V LVDS Quad CMOS Differential Line Driver
interfaces often mistaken for LVDS. Because pinouts for 51-pin connectors vary significantly by manufacturer (e.g., Samsung vs. LG), there is no single "universal" datasheet. AliExpress Common 51-Pin Interface Types FHD LVDS (2-Channel, 8-bit/10-bit):
Used for Full HD resolutions. Often features a power block (VCC) on pins 48–51 or 1–4 depending on the panel orientation. V-by-One HS:
Physically looks like a 51-pin LVDS connector but uses a different signal protocol for 4K UHD resolutions. These are electrically compatible without a converter. Samsung vs. LG Layouts:
Samsung and LG often use identical physical connectors but different signal mappings. Using the wrong cable can permanently damage the panel.
IJERT – International Journal of Engineering Research & Technology Representative Pinout Structures
While you must verify against your specific panel's datasheet (e.g., Samsung LTA460HN01
), general configurations for high-resolution panels often follow these clusters: Function Type Description Control/Ground Includes NC (No Connect), SDA/SCL (I2C), and Ground pins. LVDS Data Lanes Odd/Even channel pairs (e.g., RXO0± to RXE3±) and Clocks. Ground/Option Signal grounds and selection pins (e.g., JEIDA/VESA mode). Power (VCC)
Typically 12V for large panels; sometimes 5V for smaller displays. Technical Resources for Verification Conversion diagram of small board connection
According to the statistics, the LVDS and V-by-One signal formats currently occupy a large. proportion of TVs, and the LVDS and V- www.bulcomp-eng.com Vbyone To Lvds Conversion Using Kintex-7 FPGA
The 51-pin LVDS pinout is a high-speed digital interface standard typically found in Full HD (FHD) and 4K Ultra HD LCD/LED TV panels. This configuration commonly uses the JAE FI-RE51S-HF connector series, which features a 0.5mm pitch and is widely adopted by major manufacturers like Samsung and LG for internal video transmission. Common 51-Pin LVDS Pinout Layout (2-Channel 8-Bit) LVDS pinout standards : There are a few
While specific pinouts can vary by manufacturer (especially between LG and Samsung standards), a typical 2-channel 8-bit configuration for FHD panels often follows this general structure: Signal Group Description 1 - 5 VCC Power Supply (typically +12V for large TV panels) 6 - 8 GND Signal and Power Ground 9 - 18 Odd Channel (RXO) LVDS data pairs for odd pixels ( 19 - 21 GND Isolation Ground 22 - 33 Even Channel (RXE) LVDS data pairs for even pixels ( 34 - 40 NC / Control
Not Connected or Vendor Specific Control (e.g., Backlight PWM) 41 - 47 GND / NC Signal Ground or No Connection 48 - 51 VCC Power Supply Key Technical Specifications
The JAE FI-RE51S-HF datasheet provides the mechanical and electrical foundations for these connections: LVDS Pinout Diagrams and Specifications | PDF - Scribd
51-pin LVDS (Low Voltage Differential Signaling) connector is a high-density interface commonly used in large Full HD (FHD) and 4K LCD/LED television panels. Unlike the standard 30-pin cables found in laptops, the 51-pin configuration typically supports dual-channel 8-bit or 10-bit data transmission , allowing for higher resolutions and refresh rates. www.bulcomp-eng.com Common 51-Pin LVDS Pinout Layout
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
Grounding and configuration pins (e.g., LVDS_SEL for VESA/JEIDA switching). RXE0-, RXE0+ Even Channel Data 0 (Differential Pair). RXE1-, RXE1+ Even Channel Data 1 (Differential Pair). RXE2-, RXE2+ Even Channel Data 2 (Differential Pair). RXEC-, RXEC+ Even Channel Clock. RXE3-, RXE3+ Even Channel Data 3 (Differential Pair). RXO0-, RXO0+ Odd Channel Data 0 (Differential Pair). RXO1-, RXO1+ Odd Channel Data 1 (Differential Pair). RXO2-, RXO2+ Odd Channel Data 2 (Differential Pair). RXOC-, RXOC+ Odd Channel Clock. RXO3-, RXO3+ Odd Channel Data 3 (Differential Pair). Main power supply for the LCD panel logic.
The 51-pin LVDS (Low-Voltage Differential Signaling) interface is a high-density connector standard commonly used for 4K UHD LCD and LED TV panels. Unlike standard 30-pin connectors used for Full HD, the 51-pin configuration supports higher data bandwidth, often utilizing dual-channel 8-bit or 10-bit signaling to handle the increased pixel clock required for high-resolution displays. General Pinout Overview
While specific pinouts can vary by manufacturer (such as Samsung, 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
The pins are generally grouped into power, ground, and differential signal pairs: Pin Group Typical Function Description Power (VCC) Pins 1–5 (approx.) Typically +12V or +5V depending on the panel. Ground (GND) Strategic grounding between signal pairs to reduce EMI. Odd Channel RXO0± to RXO3± First data channel for odd-numbered pixels. Odd Clock Differential clock signal for the odd channel. Even Channel RXE0± to RXE3± Second data channel for even-numbered pixels. Even Clock Differential clock signal for the even channel. Control/NC Selection Pins Used for JEIDA/VESA mode selection or factory debugging. Key Specifications
Connector Type: Often compatible with I-PEX or FI-RE51 series connectors.
Channel Support: Standard for Dual 8-bit (4 pairs + 1 clock per channel) or Dual 10-bit (5 pairs + 1 clock per channel).
Application: Essential for 4K LCD TV screen interfaces and high-end monitor repairs. Technical Resources
Samsung LVDS 51-Pin Search: Use the Datasheet Archive for specific model schematics.
Universal Pinout Diagrams: Detailed PDFs for various panel types are available on Scribd. VESA (Video Electronics Standards Association) LVDS: This is
Connector Manuals: Specific socket connector details can be found at Manuals Plus.
Caution: 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
You're looking for the pinout datasheet of a 51-pin LVDS (Low-Voltage Differential Signaling) connector. LVDS is a signaling standard used for high-speed data transmission, commonly found in display interfaces, such as LCD monitors, laptops, and automotive displays.
Unfortunately, there isn't a single, universally accepted 51-pin LVDS pinout standard. The pinout can vary depending on the specific application, display type, and manufacturer.
However, I can provide some general information and resources that might help you find the datasheet you're looking for:
To help you find the specific datasheet you're looking for, can you provide more information about your application or the display you're working with? For example:
I'll do my best to help you find the datasheet or guide you through the process of determining the pinout.
Unlike standard 20/30-pin LVDS, the 51-pin interface is a proprietary high-density connector typically manufactured by JAE (model FI-XB30SRL-HF or FI series). It is designed to carry dual-channel or even quad-channel LVDS signals, power, backlight control, and I²C for touchscreens in a single compact housing.
[Model Number] datasheet.For example: "G150XG01 V3 datasheet"
If you search for "51 pin lvds pinout datasheet," you will often find a mechanical drawing first.
Crucial warning: Always verify if the pin numbering is "1-to-51" straight across or "Zig-zag" (Top row left to right, then bottom row right to left). Check the connector's mechanical datasheet before designing a PCB.
Look for a string like: G150XG01 V3, NL10276BC20-18D, or AA121TH01.
Below is a generalized 51-pin LVDS pinout based on common 1920×1080 or 1366×768 panels (e.g., AUO, BOE, LG, Innolux). Always consult your exact datasheet.
| Pin | Signal | Pin | Signal | |-----|--------|-----|--------| | 1 | GND | 26 | LVDS A0- | | 2 | GND | 27 | LVDS A0+ | | 3 | VDD (3.3V / 5V) | 28 | GND | | 4 | VDD | 29 | LVDS A1- | | 5 | VDD | 30 | LVDS A1+ | | 6 | VDD | 31 | GND | | 7 | VDD | 32 | LVDS A2- | | 8 | VDD | 33 | LVDS A2+ | | 9 | VDD | 34 | GND | | 10 | VDD | 35 | LVDS A3- (CLK) | | 11 | GND | 36 | LVDS A3+ (CLK) | | 12 | GND | 37 | GND | | 13 | NC / SEL (LVDS format) | 38 | LVDS B0- (if dual) | | 14 | GND | 39 | LVDS B0+ | | 15 | Backlight Enable | 40 | GND | | 16 | Backlight PWM Dimming | 41 | LVDS B1- | | 17 | GND | 42 | LVDS B1+ | | 18 | I²C Clock (DDC) | 43 | GND | | 19 | I²C Data | 44 | LVDS B2- | | 20 | GND | 45 | LVDS B2+ | | 21 | LVDS A0- (or A0+) | 46 | GND | | 22 | LVDS A0+ | 47 | LVDS B3- (CLK2) | | 23 | GND | 48 | LVDS B3+ | | 24 | LVDS A1- | 49 | GND | | 25 | LVDS A1+ | 50 | GND | | – | – | 51 | GND |
Note: Pins 21–36 often carry channel A (odd pixels), pins 38–48 channel B (even pixels) for dual-channel. Single-channel panels leave B side NC.
Look for a sticker on the back of the LCD. Example:
AA150XS01, G150XGE, NL10276BC13 → then search:
[Model Number] datasheet 51 pin lvds pinout