2.0 Inch IPS TFT LCD for Portable

Instruments & Smart Home Devices

The FUT0200QV70H-LCM-A0 is a compact 2.0-inch IPS TFT LCD module designed for portable electronic instruments, smart home equipment and embedded control applications.

Featuring 400 cd/m² typical brightness, an 800:1 contrast ratio, an SPI interface and a compact 2.05 mm structure, this display provides a practical solution for presenting equipment status, operating parameters, graphical menus and colorful icons.

Its portrait display format and flexible FPC connection make it suitable for devices where installation space, interface compatibility and viewing performance are important.

Key Product Advantages

1. Compact Design for Space-Limited Equipment

Portable instruments and smart electronic devices often have limited internal space for display integration.

With an outline size of 34.60 × 47.80 × 2.05 mm, this TFT LCD module supports compact product designs without requiring a large display opening.

The slim structure is suitable for evaluating integration into handheld equipment, embedded terminals and small electronic housings.

2. IPS Wide Viewing & High Contrast

The module uses IPS technology with 80° typical viewing angles in four directions and an 800:1 typical contrast ratio.

These characteristics help maintain visibility of numerical information, icons and graphical elements when equipment is viewed from different positions.

The 60% typical color gamut supports colorful status indicators and graphical interfaces.

3. 400 Nits Brightness for Indoor Applications

The display provides 400 cd/m² typical brightness, making it suitable for evaluating use in indoor electronic equipment.

Its three-white-LED backlight offers a specified minimum lifetime of 30,000 hours under the documented test conditions.

Final readability should be verified under the actual equipment lighting conditions.

4. SPI Interface for Embedded Integration

The module adopts an SPI interface with the ST7789P3-G6 driver IC.

Its 14-pin FPC connection includes defined data, clock, reset, chip-select, power and backlight signals.

This provides engineers with a documented connection structure for integration with compatible microcontrollers.

5. Reliability Testing for Product