ND101TNM8001280-A01 10.1 inch 800x1280 IPS TFT Display, MIPI Interface
ND101TNM8001280-A01 10.1 inch 800×1280 Resolution IPS TFT Display, MIPI Interface, Compatible with Arduino Development Boards, Perfect for Embedded Applications.
Key Features:
Display Type: IPS Display: Provides clear, vibrant colors and wide viewing angles for superior image quality.
Resolution: 800×1280: High resolution for sharp and detailed image output in various applications.
Interface: MIPI: Enables fast data transfer and ensures high-performance display interactions.
Size: 10.1 inch: Compact size, perfect for portable embedded systems and custom applications.
Operating Temp: -10°C to 50°C: Reliable performance in varying environmental conditions, ideal for industrial uses.
Backlight Supply: 9.6V: High brightness of 270cd/m² ensures visibility in diverse lighting conditions.
Search Keywords:
10.1 inch TFT display, 800×1280 resolution, IPS TFT display, MIPI interface, Arduino compatible display, TFT LCD screen, TFT display module, TFT panel, thin film transistor display, TFT LCD display, LCD module, TFT display screen, high brightness display, embedded display, MIPI LCD display, Arduino TFT module, TFT LCD screen module, 31 pins connector, 10.1 inch display, transmissive display.
Specifications:
| Part No: | ND101TNM8001280-A01 |
| Size: | 10.1 inch |
| Display Format: | 800×1280 Resolution |
| Display Type: | IPS Display |
| Display Shape: | Rectangle |
| Display Mode: | Transmissive |
| Touchscreen: | No |
| Optimal View: | full |
| Outline Dimension: | 143*228.6*2.65mm±0.2 |
| Active Area: | 135.36*216.58(mm) |
| Supply Voltage: | 2.8-3.3V |
| Back Light Supply | 9.6V |
| Luminance | 270Cd/m² |
| Interface: | MIPI |
| Connection Type: | 31 pins connector |
| Controller: | JD9365DA-H3 |
| Compatibility: | Arduino and similar development boards |
| Operating Temperature: | -10° ~ 50° |
| Storage Temperature: | -20° ~ 60° |
| Mount Frame: | None |
Display Drawing

Interface Definition
| PIN NO. | Symbol | Description | ||
|---|---|---|---|---|
| 1 | LEDA | LED Anode | ||
| 2 | LEDA | LED Anode | ||
| 3 | LEDA | LED Anode | ||
| 4 | NC | OPEN | ||
| 5 | LEDK | LED Cathode | ||
| 6 | LEDK | LED Cathode | ||
| 7 | LEDK | LED Cathode | ||
| 8 | LEDK | LED Cathode | ||
| 9 | GND | Ground | ||
| 10 | GND | Ground | ||
| 11 | D2P | MIPI data input. | ||
| 12 | D2N | MIPI data input. | ||
| 13 | GND | Ground | ||
| 14 | DIP | MIPI data input. | ||
| 15 | DIN | MIPI data input | ||
| 16 | GND | Ground | ||
| 17 | CLKP | MIPI data input. | ||
| 18 | CLKN | MIPI data input. | ||
| 19 | GND | Ground | ||
| 20 | D0P | MIPI data input. | ||
| 21 | D0N | MIPI data input. | ||
| 22 | GND | Ground | ||
| 23 | D3P | MIPI data input. | ||
| 24 | D3N | MIPI data input. | ||
| 25 | GND | Ground | ||
| 26 | VDDIO | Power SUPPLY 1.8V | ||
| 27 | RESET | Global reset signal 1.8V | ||
| 28 | GND | Ground | ||
| 29 | VDDIO | Power SUPPLY 1.8V | ||
| 30 | VDD | Power SUPPLY 3.3V | ||
| 31 | VDD | Power SUPPLY 3.3V |
Custom 10.1" TFT Display
We offer full customization of TFT 10.1" LCD display modules, including resolution,brightness, interface, and touch options. Our service covers PCB design, connector modification,and cover glass solutions, ensuring a perfect fit and reliable performance for your specific application.
LCD Cable Custom

Adjust LCD cable length, pin layout, and connector position of IPS display 10.1 inch to match your system. Engineered for reliable and optimized connectivity.
LCD Interface Custom

Choose interfaces of LCD 10.1 inch TFT from MCU parallel, LVDS, SPI, RGB, and beyond. We’ll guide you in selecting and integrating the best LCD interface fit for your project.
10.1'' LCD PCB Design

Customize PCB shape, size, pin configuration, and component layout of TFT 10.1 inch display to guarantee precise fit and smooth integration with your device.
10.1'' Touchscreen Adding

Enhance your TFT LCD 10.1 inch IPS display with resistive or capacitive touch. Seamless integration delivers smooth control and intuitive operation.




Reviews
There are no reviews yet.