AOICRIE 2.8 inch ESP32 Display ESP32 Development Board ESP32-2432S028R WiFi Bluetooth Resistive Touch Screen 240X320 Smart Display TFT LCD Module ILI9341 Driver

  • Model – ESP32-2432S028R
  • Display Size – 2.8 inch
  • Display Type – TFT
  • Driver Chip – ILI9341
  • Display Color – RGB 65K color
  • Resolution – 320×240 (Pixel)
  • Effective Display Area – 43.2 x 57.6 mm
  • Module Size – 50.0 x 86.0 mm
  • View Angle – >60°
  • Operating Voltage – 5V
  • Power Consumption – About 115mA
  • Internal RAM – 520KB
  • Touch Type – Resistive
  • Supported Interfaces – UART, SPI, I2C, PWM, ADC, DAC
  • Camera Support – OV2640, OV7670 with built-in flash
  • WiFi Upload – Picture upload capability
  • TF Card Support
  • Multiple Sleep Modes
  • Embedded Systems – LwIP and FreeRTOS
  • Working Modes – STA, AP, STA+AP
  • Network Configuration – Smart Config, AirKiss
  • Development Capability – Secondary development support
  • CPU – Dual-core with clock frequency up to 240MHz
  • Resource Peripherals – High-speed SDIO, SPI, UART

Introducing the AOICRIE 2.8 inch ESP32 Display, a remarkable development board that merges powerful technology with easy to use features, making it an essential tool for hobbyists and professionals alike. This vibrant display module is not just a screen; it’s a gateway to a world of creativity and innovation in your projects.

Imagine a TFT display that brings your ideas to life with stunning clarity, boasting a resolution that captures every detail. The ESP32-2432S028R is designed with a resistive touch screen that allows for seamless interaction, perfect for applications that require precision and responsiveness. Whether you’re designing an interactive user interface or developing a smart device, this display adapts to your needs with remarkable ease.

The ESP32 development board is powered by a robust dual-core CPU that ensures efficient performance, which will allow you to run multiple tasks without a hitch. Its versatility shines through in its wide range of supported interfaces including UART, SPI, and I2C, facilitating connectivity with various sensors and devices. This means you can easily integrate features like camera support and wireless communication, expanding the horizons of what your projects can achieve.

The practicality of the AOICRIE display doesn’t stop at just connectivity. It supports an array of sleep modes and advanced configurations, ensuring that your projects remain energy-efficient without compromising performance. This allows you to focus on creativity rather than technical limitations, making it an ideal companion for IoT applications, smart home devices, and even agricultural monitoring systems.

Included in the package is everything you need to hit the ground running—an easy-to-use USB cable, a touch pen for intuitive navigation, and the essential connectors to ensure compatibility with your existing setup. This thoughtful inclusion highlights AOICRIE’s commitment to user experience, ensuring that both beginners and seasoned developers can jump straight into building their next great invention.

With its sleek design and compact size, the AOICRIE 2.8 inch ESP32 Display can fit seamlessly into any project, making it the perfect choice for those looking to make their mark in the context of electronics. Empower your creativity and push the boundaries of what’s possible with this exceptional display module, where technology meets innovation in the palm of your hand.

Pros

  • Compact 2.8-inch display perfect for space-constrained projects.
  • High-resolution TFT screen with vibrant RGB 65K color for clear visuals.
  • Comprehensive connectivity options including UART, SPI, and I2C for versatile applications.
  • Built-in support for popular camera modules enhances imaging capabilities.
  • Support for multiple working modes (STA, AP, STA+AP) allows flexible network configurations.
  • Low power consumption at 115mA, suitable for battery-operated devices.
  • Dual-core CPU with up to 240MHz frequency ensures efficient processing.
  • Resistive touch screen functionality provides interactive user experience.
  • Secondary development support allows for custom applications and enhancements.

Cons

  • Resistive touch technology may not be as responsive as capacitive alternatives.
  • Limited internal RAM (520KB) could restrict more complex applications.
  • View angle of >60° may limit visibility from certain angles.
  • Powering the module requires 5V which may complicate integration with lower voltage systems.
  • Size of the module (50.0 x 86.0 mm) might be cumbersome for ultra-compact designs.