FN103TPM
FANNAL
10.3
292.45x130.53x1.1
-30~85
-40~90
1920x720
LVDS
1000
| Availability: | |
|---|---|
| Quantity: | |
The 10.3-inch Resolution 1920x720 TFT panel module is specifically designed for automotive applications, offering a high-quality visual experience in vehicles. This display features a wide aspect ratio, providing clear and vibrant visuals that enhance user interaction with in-car systems.
1920×720 Resolution
Delivers sharp images and fine details, suitable for navigation interfaces, media display, and graphical user interfaces.
High-Brightness IPS Panel (1000 cd/m²)
Ensures excellent visibility in bright ambient and in-vehicle lighting conditions.
Wide Viewing Angle
IPS TFT technology maintains consistent image quality and readability from multiple viewing angles.
Excellent Color Reproduction
Provides rich colors and high contrast for improved visual clarity across different lighting environments.
Wide Operating Temperature Range: -30°C to +85°C
Designed for stable performance in automotive and industrial environments with extreme temperature variations.
Durable Cover Glass
Integrated cover glass protects the panel from scratches, impacts, and mechanical wear, enhancing durability in automotive applications.
Robust Structural Design
Engineered to withstand vibration and mechanical stress commonly found in vehicle installations.
Low Power Consumption
Optimized for energy efficiency, helping reduce overall system power consumption in vehicle and embedded systems.
Automotive-Ready Reliability
Built for long-term operation under demanding conditions, supporting stable performance over extended use.
This TFT panel module is an excellent choice for manufacturers looking to integrate advanced display technology into their automotive designs, providing a modern and user-friendly interface for drivers and passengers alike.
Surface Treatment:
AG (Anti-Glare): Reduces reflections and glare, making it easier to view in bright environments.
AR (Anti-Reflective): Enhances visibility by minimizing reflections, providing a clearer image.
Applications: Ideal for automotive displays, handheld devices, industrial equipment, and other applications where durability and visibility are critical.

General Specifications:
Size(inch): | 10.3 |
Module: | FN103TPM |
TFT LCD | |
Resolution: | 1920x720 |
Brightness(cd/m²): | 1000 |
Display interface: | LVDS |
Panel type: | IPS |
Cover lens | |
Thickness: | 1.1mm |
Surface treatment: | AG/AR |
Cover OD (mm): | 292.45x130.53x1.1 |
Bonding type: | Optical bonding |
With the demand for custom projects increasing daily, the bar-type TFT market is growing correspondingly. Our bar-type TFT solution can be perfectly used in various applications, including industrial, automotive, medical, home appliance, and maritime sectors.

Shape: cut in special shape, Printing: Silk printing/Ceramic printing, Material: PMMA/Glass, Thickness: 0.55mm~10.0mm, Surface treatment: AG, AR, AF, AB.
Sensor:
Sensor made by FANNAL, Narrow bezel design, Thickness selectable.
FPC:
Required shape available, Touch IC selectable, Interface selectable.
Air bonding/optical bonding, low reflection, all one black effect.
In-house manufacture/sunlight-readable display/wide temperature display, IPS TFT display, Automotive-grade display.
Add-on:
backlight board, AD board, and wire sets.
Answer:
Yes. The 10.3″ 1920×720 resolution matches common automotive dashboard and infotainment layouts, especially for wide-format instrument clusters and center displays. Its brightness, temperature range, and mechanical design make it suitable for in-vehicle integration rather than consumer-only use.
Answer:
Yes. Customization options typically include cover glass shape and thickness, surface treatment (AG/AR/AF), FPC design, and optical bonding. This allows the module to fit different housing designs and environmental requirements.
Answer:
Key considerations include interface compatibility (LVDS timing and pin definition), mechanical mounting space, thermal management, and vibration resistance. Early verification with the system board and enclosure design helps reduce integration risk.
Answer:
This display is designed for high ambient-light environments commonly found in vehicles. For applications requiring enhanced sunlight readability, additional solutions such as optical bonding or anti-reflective cover glass can be considered.
Answer:
Yes. The module is designed for continuous operation in automotive and industrial systems, where long service life and stable performance are required. Proper thermal design and electrical integration further support long-term reliability.