2 Inch IPS Capacitive Touch Screen Display Module 240×320 Resolution 262K Colors Portable LCD Panel Compatible with Raspberry Pi 5 4B 3B Pico Pico W Pico WH ESP32 Microcontroller Boards

This 2-inch IPS capacitive touch LCD module is a compact embedded display peripheral widely used for DIY electronic projects, IoT human-machine interaction, data monitoring panels and portable device screen expansion. Equipped with premium IPS liquid crystal panel, it features 240×320 pixel high resolution and can render up to 262K vivid colors, showing sharp text, graphical interfaces, icons and real-time data curves with excellent color restoration.

Different from resistive touch screens, the integrated capacitive touch sensor brings more fluent and accurate tapping, sliding and gesture control, greatly optimizing user operation experience for man-machine interactive programs. The IPS panel achieves ultra-wide horizontal and vertical viewing angles, the screen content will not reverse, fade or distort when viewed from side angles, suitable for equipment embedded installation and fixed panel mounting.

Strong cross-platform compatibility is its core advantage. It can be directly plugged and driven by Raspberry Pi 5, 4B, 3B+, 3B, as well as RP2040 core Pico, Pico W, Pico WH microcontrollers. Meanwhile, it perfectly matches ESP32 series WiFi/BLE chips for smart home controllers, weather stations, industrial parameter detectors and battery-powered portable gadgets.

Standard pin header layout simplifies hardware wiring, no complicated wiring conversion is required for most main control boards. Official open-source sample codes based on C, MicroPython and Arduino framework are available, allowing developers to quickly realize screen lighting, touch signal reading, picture display and UI layout development, shortening project debugging cycles significantly.

The module adopts stable backlight drive circuit and anti-interference PCB design, effectively resisting electromagnetic interference from MCU chips and power modules to maintain long-term continuous stable operation. Small and lightweight structure saves installation space inside enclosures, ideal for student electronic competition works, maker DIY creations, embedded system secondary development and mini instrument display upgrade.