6.3 Inch IPS TFT LCD Display Screen Incell Drop Shape
High-performance 6.3-inch IPS TFT LCD display with incell technology and drop shape design, ideal for POS/PDA applications.
Technical Specifications
| Feature |
Specification |
| Application |
POS/PDA |
| Number of pixels |
480*1014 pixels |
| Active Area |
68.04*143.73mm |
| Module Outline |
71.54*150.24*1.63mm |
| Aspect Ratio |
18:9 |
| Display Mode |
Normally Black |
| Viewing Angle (CR>10) |
80/80/80/80 (Typ) |
| Contrast Ratio |
1000MIN, 1500 (Typ) |
| NTSC |
72.2% (Typ) |
| LCM Brightness |
300cd/m² (Typ) 450cd/m² (Typ) |
| Interface |
MIPI/SPI+RGB |
| Operating Temperature |
-20~+70℃ |
| Storage Temperature |
-30~+80℃ |
6.3-Inch Capacitive Touch TFT, MIPI/SPI+RGB Interface Capacitive Touch TFT, High-Brightness Capacitive Touch TFT
About this item: JT-6.3IPSINCELL
The 6.3-inch TFT LCD display features the following key specifications:
Screen Size: 6.3 inches
Resolution: 480 × 1014 pixels
Brightness: 300 nits, 450 nits
Interface: MIPI/SPI+RGB
6.3 inch 480*1014 TFT Touch Display Module Drawing
Features and Benefits:
1. Screen Size: With a size of 6.3 inches, this display is well-suited for a variety of applications, such as POS, industrial displays, handheld devices, and portable equipment.
2. Resolution: The 480 × 1014 resolution is ideal for many applications, delivering clear and detailed visuals. While the pixel density may not match that of newer high-resolution displays, the distinctive aspect ratio supports specialized UI layouts and graphics.
3. Brightness: A brightness level of 450 nits ensures excellent visibility under various lighting conditions, including outdoor use. This makes the display easy to read and highly functional in bright environments.
4. MIPI Interface: The integration of a MIPI interface enables high-speed data transmission between the display and the controller, helping to minimize latency and enhance overall performance.
Potential Applications:
1. Industrial Monitors: Suitable for manufacturing and automation systems, such as machine control panels and monitoring interfaces.
2. Mobile Devices: Ideal for tablets, handheld terminals, and portable electronics where compact size and weight are important.
3. Automotive Displays: Can be used in vehicle dashboards to present information in a space-efficient format.
Design Considerations:
1. Ensure compatibility with the graphics output capabilities of the host device.
2. Assess power consumption requirements to support efficient operation, particularly in battery-powered devices.
3. Consider bezel design to optimize the screen-to-body ratio while maintaining structural durability.
Conclusion:
This display offers a versatile solution for a broad range of applications, thanks to its balanced combination of size, resolution, brightness, and interface technology. When choosing a display for a specific project, it is important to evaluate how these specifications align with the intended use and user needs.
