2.8 inch IPS Full Color Touch TFT Display Module

Introducing the 2.8-inch IPS Full Color Touch TFT v.2 Display Module, ideal for small-scale and embedded projects. With vibrant IPS technology, this module provides bright, clear visuals and wide viewing angles. The 320 x 240 pixel resolution ensures crisp and detailed images, perfect for user interfaces, graphics, and real-time data display. The RGB 65K color display makes your content vivid and engaging.

This module supports both resistive and capacitive touch, making it versatile for various applications. Whether you need precise single-point touch or smooth multi-point touch, this module has you covered. It operates on 3.3V to 5V and has a logic IO port voltage of 3.3V (TTL), making it compatible with most microcontrollers and development boards.

Compact and powerful, the 2.8-inch IPS Full Color Touch TFT v.2 Display Module features a 4-wire SPI interface for fast communication with your microcontroller. Its dimensions (50 mm x 86 mm) and lightweight design (approximately 30 grams) make it easy to integrate into any project. With low power consumption (about 90mA) and a wide operating temperature range (-20°C to 70°C), this display module is perfect for portable devices and IoT applications. The active area of 43.2mm x 57.6mm provides ample space for your display needs. Whether you're developing a portable device, control panel, or innovative IoT solution, this display module offers stunning visuals and intuitive touch functionality.

Features:

Superior IPS Technology: Unlike standard TFT displays, this module uses In-Plane Switching (IPS) technology, providing superior color reproduction and wide viewing angles, ensuring your visuals are consistently bright and clear from any direction.
Large Active Area: The active area of 43.2mm x 57.6mm provides ample space for your display needs, ensuring that your graphics and data are presented clearly and effectively.
Dual Touch Technology: While many TFT modules offer only one type of touch technology, this module supports both resistive and capacitive touch. This versatility allows for precise single-point touch or smooth multi-point touch experiences, catering to a wide range of application needs.