Easily access the documentation related to a wide variety of controllers and drivers. Browse by capacitive touch panels
The display, powered by the GT911 chip, offers superior touch performance even on 3.8mm thick glass.
This is a high-performance 3.5-inch LCD module designed for a wide range of applications. With a resolution of 320x240 pixels and a normally black display, it delivers vibrant colors and 60% color accuracy for crisp viewing. Combining durability, versatility, and high-quality display performance, this LCD module is ideal for industrial control panels, medical equipment, and consumer electronics.
This is a 5.0-inch color serial port display. It's an IPS display with a full viewing angle, providing excellent viewing quality from any angle. The LED backlight boasts a brightness of 1000cd/m², providing a high-brightness display. This model also features capacitive touchscreen functionality, enabling smooth, multi-touch operation. This transmissive LCD requires a 5V power supply and a UART interface.
This is a 4.3-inch color serial port display. It's an IPS display with a full viewing angle.The LED backlight boasts a 1000 nit brightness, providing a high-brightness display. This model also features capacitive touchscreen functionality, multi-touch operation. This transmissive LCD requires a 5V power supply and has a UART interface. It's suitable for industrial control panels, consumer products, and home appliances.
This 7-inch color TFT display features high-definition resolution (280x1424 dots) and 16-bit color depth. It has 128M bytes of internal resource memory and is powered by a 5V DC power supply. It uses a serial UART (TTL) interface and an ASCII string communication protocol, making it suitable for interfacing with Arduino systems and other MCUs. It offers touchless, resistive, or capacitive touch options.
This 7-inch color TFT display features high-definition resolution (800x480 dots) and 16-bit color depth. It has 128M bytes of internal resource memory and is powered by a 5V DC power supply. It uses a serial UART (TTL) interface and an ASCII string communication protocol, making it suitable for interfacing with Arduino systems and other MCUs. It offers touchless, resistive, or capacitive touch options.
This 5.0-inch IPS TFT LCD display (with intelligent display, UART interface and HMI interaction support) receives commands from the main control board via UART (in addition to the controller) to show text, images or animations. It simplifies the main control board by removing complex programming, and users can easily create content with GUI design software.
4.3-Inch Smart TFT LCD Display Module for Raspberry Pi: Capacitive touch, 480x272 IPS screen, UART/RS232 interface, 500cd/M2 brightness, -20~70℃ wide temp range, ideal for customized programming & interactive HMI expansion.
This 3-inch bar-shaped color TFT display (compatible with Arduino and other MCUs) is a zero-code, full-color graphical touch display module with EzUI programming. Users can complete the design and configuration using the EzUI Tool, copy resource files to the EzUIH series module to create a human-machine interface, flowchart control controller, support simple/complex usage.
This high-performance embedded display module is designed for industrial control, smart devices, and consumer electronics. It features a 2.8-inch TFT LCD screen with a transmissive normally black mode and a resolution of 320x240. Combined with full-viewing angle technology, it ensures clear and detailed images from any angle, meeting visualization requirements in complex environments.
This 2.4-inch EzUI smart serial port screen features a 240x320 resolution, a 70% color gamut and supports UART (TTL), RS232, and RS485. Compatible with multiple communication protocols, users can freely choose their development solution.
This 3.5-inch serial port color display module is designed to simplify the development process. With its full serial port command interaction, code-free interface development, and rich features, it is an ideal choice for electronics enthusiasts, engineers, and Arduino users.