2.8" TFT Display (FPC Customizable)
2.8" TFT Display (FPC Customizable)
Product Introduction
2.8-inch TFT display is a small active-matrix color LCD module with a diagonal length of approximately 71mm. It is widely used in embedded and handheld devices. Full customization of the FPC (Flexible Printed Circuit) is supported to match the structure and interface requirements of different devices.
1. Typical Specifications
- Display Size: 2.8 inches (diagonal)
- Resolution: 240×320 (QVGA), mainstream
- Display Color: 262K colors (16-bit) / 16.7M true color (24-bit)
- Driver IC: ST7789, ILI9341, etc.
- Brightness: 300–500 cd/m², high-brightness customizable
- Viewing Angle: TN (90°–120°) / IPS full view (178°)
- Interface: SPI, 8/16-bit MCU (8080), RGB
- Operating Temperature: Commercial: -20℃~+70℃; Industrial: -30℃~+85℃
- Outline Dimension: approx. 50.0×69.2×2.3~3.5 mm
- FPC Pins: Standard 37PIN / 40PIN / 50PIN
2. Features
- TFT active matrix technology, independent pixel driving, fast response, clear color, no ghosting
- Compact size, thin thickness (<2.5mm), light weight, suitable for compact devices
- Low power consumption, LED backlight, 3.0V–3.3V supply voltage
- High reliability, wide temperature range, anti-vibration
- Optional resistive or capacitive touch panel
3. Applications
- Industrial handheld devices, PDA, measuring instruments, industrial terminals
- Medical devices: oximeters, blood glucose meters, portable monitors
- Consumer electronics: educational toys, game consoles, smart speakers
- Smart home: thermostats, water / electricity meters, small appliances
- Automotive: dashboard displays, rearview mirror monitors
4. FPC Customization Service
We support full customization of the flexible printed circuit:
- Pin definition rearrangement according to customer schematics
- FPC length, direction (top / bottom / left / right exit), shape customization
- FPC thickness: 0.1mm / 0.15mm optional
- Reinforcement plate, gold plating thickness adjustable
- Integrated backlight driver, touch IC, ESD protection available