FN1400E001A
14
-10~60
-30~70
1920×1200
ALL
MIPI
400
Can be chosen
| Availability: | |
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| Quantity: | |
The 14.0-inch AMOLED display features a 1920×1200 resolution with wide viewing angles and high-contrast visuals. Utilizing an eDP interface and 400 cd/m² typical brightness, it delivers accurate color reproduction and reliable performance for professional and embedded systems operating within –10 °C to +60 °C.
Key Advantages:
High Contrast & True Blacks: Self-emissive pixels produce deep blacks and high dynamic contrast, improving detail and clarity.
Thin & Lightweight Module: Without a backlight, the module is compact and easy to integrate into space-constrained designs.
Fast Pixel Response: Rapid pixel switching reduces motion blur, supporting smooth video and interactive content.
Content-Dependent Power Efficiency: Power scales with image brightness, offering reduced consumption in darker UIs.
Flexible Integration: Well-suited for professional displays, tablets, embedded HMIs, and other high-resolution systems.

General Specifications:
LCD size(inch): | 14.0 (Diagonal) |
Resolution: | 1920(H)×1200(V) |
Pixel Pitch: | 157.2x157.2 |
Active Area(mm): | 301.824(H)×188.640(V) |
Module Size(mm): | 305.52×195.44×1.347 |
Display type: | AMOLED |
Interface: | eDP |
View Direction: | ALL |
| Power Supply: | 3.3 |
| Luminance(cd/m2): | 400(Typ.) |
Interface:
Pin No. | Symbol | I/O | Description |
| 1 | GND | P | Ground. |
| 2 | GND | P | Ground. |
| 3 | DP_1N | I | eDP negative signal Lane1. |
| 4 | DP_1P | I | eDP positive signal Lane1. |
| 5 | GND | P | Ground. |
| 6 | DP_0N | I | eDP negative signal Lane0. |
| 7 | DP_0P | I | eDP positive signal Lane0. |
| 8 | GND | P | Ground. |
| 9 | AUX_P | I | eDP AUX positive signal. |
| 10 | AUX_N | I | eDP AUX negative signal. |
| 11 | GND | P | Ground. |
| 12 | NC | - | Do not used. Test pin for display. |
| 13 | NC | - | Do not used. Test pin for display. |
| 14 | BIST_EN_1.8V | P | BlST enable signal. |
| 15 | VDD_3.3V | P | Logic and driver power. |
| 16 | VDD_3.3V | P | Logic and driver power. |
| 17 | HPD_2.6V | P | HPD signal. |
| 18 | ELVSS | P | Panel Power. |
| 19 | ELVSS | P | Panel Power. |
| 20 | BLEN_1.8V | P | BL enable signal. |
| 21 | ELVDD | P | Panel Power. |
| 22 | ELVDD | P | Panel Power. |
| 23 | EL_ON2 | P | Enable for EL PMIC(1.8V). |
| 24 | NC | - | Do not used. Test pin for display. |
| 25 | NC | - | Do not used. Test pin for display. |
| 26 | NC | - | Do not used. Test pin for display. |
| 27 | NC | - | Do not used. Test pin for display. |
| 28 | NC | - | Do not used. Test pin for display. |
| 29 | NC | - | Do not used. Test pin for display. |
| 30 | NC | - | Do not used. Test pin for display. |
Given its 14″ active area, high resolution, and eDP interface, this AMOLED display is ideal for:
Tablets & Convertible Laptops: Sharp visuals for productivity, creative workflows, and media consumption.
Professional Monitors: Suitable for graphic design, CAD, and video editing where color accuracy and contrast are critical.
Embedded Control Panels: High-resolution output for compact interface systems, providing clear, legible information.
Smart Hubs & Interactive Panels: Large-format displays for interactive smart home interfaces or kiosks requiring detailed and vibrant screens.
FAQ
The eDP interface provides high-speed, reliable data transmission suitable for embedded systems, tablets, and professional displays. It supports high-resolution output without additional conversion components.
AMOLED pixels emit light individually, so power scales with the brightness of the content. Darker content naturally consumes less energy, while brighter content draws more power.
The display operates safely from –10 °C to +60 °C and can be stored between –30 °C and +70 °C. Systems should remain within these ranges to ensure stable performance.
This AMOLED display provides full viewing angles, ensuring consistent color and contrast from any position, which is important for tablets, embedded panels, and multi-user environments.
The module’s slim profile (305.52 × 195.44 × 1.347 mm) allows compact integration. Designers should account for mounting support, thermal dissipation for high-brightness content, and connector placement for a reliable eDP interface connection.