Brief: Follow the narrative to see how small design choices affect everyday performance. In this video, we demonstrate the 2.8-inch ESP32 capacitive touch screen intelligent display in action, showcasing its high-resolution 240x320 TFT LCD, responsive touch interface, and LVGL graphics library integration. Watch as we explore its Wi-Fi and Bluetooth connectivity for embedded systems, portable devices, and DIY electronics projects, providing real-world insights for developers and engineers.
Related Product Features:
Features a 2.8-inch color TFT LCD with 240x320 high resolution for clear, sharp visuals.
Equipped with a responsive capacitive touch screen for accurate and intuitive user input.
Powered by the ESP-WROOM-32 module, supporting both Wi-Fi and Bluetooth connectivity.
Includes 8MB PSRAM and 16MB flash memory for ample storage and smooth performance.
Supports programming with Arduino and MicroPython for flexible development options.
Integrated with LVGL graphics library for creating advanced and dynamic user interfaces.
Ideal for embedded systems, portable devices, DIY electronics, and educational projects.
Enables rapid prototyping and testing of designs requiring a compact, high-quality display.
FAQs:
What programming languages are supported by this ESP32 display module?
The display module supports programming with both Arduino and MicroPython, offering flexibility for developers with different preferences and project requirements.
Can this display be used for industrial automation systems?
Yes, the module is suitable for embedded systems like industrial automation, thanks to its robust ESP32 microcontroller, touch interface, and connectivity options such as Wi-Fi and Bluetooth.
What memory capacity does the board have for storing programs and data?
The board includes 8MB of PSRAM for dynamic memory and 16MB of flash memory, providing sufficient space for code, graphics, and data in various applications.
Is the touch screen resistive or capacitive, and what are the advantages?
It features a capacitive touch screen, which offers more accurate and responsive input compared to resistive types, enhancing user interaction in projects like smart home devices or portable instruments.