3.5-inch TFT smart module | 320x480 EZUI serial port screen

3.5-inch TFT smart module designed to simplify the development process. With its full serial command interaction, code-free interface development and rich functional features, it has become an ideal choice for electronics enthusiasts, engineers and Arduino users.

3.5-inch TFT smart module 

Minimal development, plug and play

Adopting full serial string command communication, supporting direct printing mode similar to print, users can display basic content such as characters and values without complex programming.

Built-in graphical interface system (GUI engine), with supporting tool software ATF_UITool, can realize code-free development of interface design and quickly build interactive applications.

High-definition display, flexible adaptation

3.5-inch TFT smart module, resolution 320x480 (vertical screen) or 480x320 (horizontal screen), 16-bit color depth, high brightness, wide viewing angle, and delicate display effect.

Supports vertical screen/horizontal screen display switching, and the display direction can be adjusted through the configuration file to adapt to different application scenarios.

Rich in functions and strong scalability

Supports a variety of controls: including buttons, numerical input, string input, waveform, progress bar, QR code display, etc., to meet diverse interactive needs.

Infrared remote control interface: compatible with NEC protocol, customizable remote control key values, and non-touch version can also operate the interface through the remote control.

Script program support: allows users to add dynamic functions to controls or interfaces through C language scripts, and flexibly expand module capabilities.

Convenient resource management

Virtual U disk technology: connect to the computer via USB, directly drag and drop .ers resource files, TFTcfg.txt configuration files or JPG images to the virtual U disk to achieve rapid resource updates.

3.5-inch TFT smart module Instant picture preview: supports real-time decoding and display of JPG files (≤4096x4096 pixels), which is convenient and quick to verify the design effect.