Development Board with 4-Inch IPS Touchscreen for Arduino LVGL and IoT Projects
Fusion Finds
2K+ Sold
Fusion Finds
2K+ Sold
Bring interactive projects to life with this ESP32-S3 Development Board featuring a 4-inch IPS touchscreen designed for embedded systems, IoT applications, and smart device development. With WiFi and Bluetooth connectivity, this compact development solution supports Arduino and LVGL workflows for creating touch-enabled interfaces. Ideal for students, hobbyists, and developers, it provides a practical platform for exploring electronics, programming, and interactive control systems.
Key Features
4-Inch IPS Touchscreen: Features a responsive IPS display that supports touch-based interaction, making it suitable for developing graphical interfaces and interactive electronics projects.
ESP32-S3 Compatibility: Designed for ESP32-S3 development applications, allowing users to explore embedded programming, electronic control, and connected device projects.
WiFi and Bluetooth Connectivity: Supports wireless connectivity for IoT development and projects that involve communication between compatible electronic devices.
Arduino and LVGL Support: Compatible with Arduino development workflows and the LVGL graphics library, enabling developers to create customized graphical user interfaces.
Educational and Prototyping Applications: Suitable for electronics education, programming practice, IoT experimentation, and hands-on learning with touchscreen-based systems.
Specifications
Product Type: ESP32-S3 touchscreen development board
Accessory Type: LCD screen
Display Type: IPS touchscreen
Screen Size: 4 inches
Development Platform: ESP32-S3
Wireless Connectivity: WiFi and Bluetooth
Compatibility: ESP32-S3, Arduino, LVGL
Primary Applications: IoT development, embedded systems, education, and learning
Battery Included: No
Quantity: 1 piece
Size: 8.65 × 8.65 × 1.2 cm / 3.41 × 3.41 × 0.47 in
Explore touchscreen programming and connected electronics with this ESP32-S3 development board, a versatile choice for educational projects and interactive IoT prototyping.
