TFT LCD Display Modules

Display Type
- square screen(1)
TFT Size
- 1.3"(1)
TFT Interface
- SPI(1)
TFT resolution
- 240x240 Pixel Resolution(1)
Touchscreen
- None(1)
TFT LCD/TFT module
- TFT LCD module(1)
Compatible systems
- C8051/Arduino/STM32(1)

Need a Custom Solution?

Work with one of our engineering experts to develop the ideal display for your unique application.

Custom LCD Display

Custom PCBA

Custom Touch Solution

Custom FPC

Custom Interface

Custom Cover

Custom GUl builder

Custom Other

OEM SMT

Customized functional film

Our advantage

General Considerations

Production quality and control

Custom heating plates

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TFT LCD Display Modules

TFT LCD display modules (built-in control board) - Reshape the efficient display experience with minimalist design and inject core kinetic energy into smart hardware!

Whether you are an industrial equipment developer, an IoT innovator, or a consumer electronics brand, this TFT LCD Display modules with integrated high-performance control board will be your ideal choice. We have completely abandoned the cumbersome underlying circuit design by deeply integrating display drive, touch response and backlight adjustment functions, providing plug-and-play standardized interfaces (MCU/SPI/QSPI), seamlessly adapting to mainstream platforms such as ARM, ESP32, and Raspberry Pi, and shortening the development cycle by more than 50%. TFT LCD display modules design covers all scenario requirements: wide temperature performance (-30℃~85℃) and anti-interference technology ensure stable operation in extreme environments such as industrial and automotive; capacitive/resistive touch solutions are freely optional, and accurately respond to fingertip control; unified interface integrates multiple pin definitions to reduce wiring complexity and failure risks, and improve system reliability by 30%.

We are committed to providing developers with all-round support - open source driver libraries, graphical GUI tools (LVGL/EmWin) and detailed technical documentation to help you quickly implement UI interaction logic; at the same time, we support flexible customization of resolution, interface protocols and functional modules to meet the diverse needs from micro-screens for wearable devices to large high-definition industrial screens.