DIYables 2.25 Inch IPS TFT LCD Display Screen 76x284 SPI Color Module Arduino ESP32
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Quick Overview
The DIYables 2.25 Inch IPS TFT LCD Display packs a 76 x 284 pixel full color screen into a slim, bar-shaped module driven by the ST7789 controller. It connects to Arduino, ESP32, ESP8266, and Raspberry Pi Pico boards over a fast SPI serial interface, making it ideal for status bars, gauges, and compact readouts where a square screen will not fit.
The IPS panel keeps colors and contrast consistent from almost any viewing angle, and the ST7789 driver handles the graphics so your microcontroller only sends image data over SPI. The 8-pin header comes presoldered, so the module plugs straight into a breadboard or jumper wires. The ST7789 is supported by widely used graphics libraries for drawing text, shapes, icons, and images. The DIYables TFT SPI library and step-by-step tutorials walk you through wiring and example code.
Ideal for sensor dashboards, clocks, weather stations, audio level meters, battery indicators, smart home panels, and handheld device interfaces.
Key Features
- 2.25 Inch IPS Panel — Full viewing angle with consistent color and contrast from any direction
- 76 x 284 Resolution — High definition bar-shaped screen for status bars, gauges, and readouts
- Full Color TFT Display — Vivid graphics, text, icons, and images
- ST7789 Driver IC — Widely supported controller with mature graphics libraries
- SPI Serial Interface — Fast screen updates using only a few microcontroller pins
- Presoldered Ready to Use — The 8-pin 2.54 mm header is presoldered for quick breadboard setup without extra soldering
- 3.3V to 5V Supply — Powers from either the 3.3V or 5V pin of your board
- Slim Bar Form Factor — Fits narrow enclosures, panels, and handheld devices
- Wide Compatibility — Works with Arduino, ESP32, ESP8266, Raspberry Pi Pico, and STM32
- Library and Tutorials Included — DIYables TFT SPI library and step-by-step tutorials with wiring diagrams and example code
SPECIFICATION
| Specification | Value |
|---|---|
| Product Type | IPS TFT LCD Color Display Module |
| Display Size | 2.25 inch |
| Resolution | 76 x 284 pixels |
| Panel Type | IPS, full viewing angle |
| Driver IC | ST7789P3 |
| Interface | SPI (serial) |
| Library | DIYables_TFT_SPI |
| Operating Voltage | 3.3V - 5V |
| Pins | GND, VCC, SCL, SDA, RST, DC, CS, BL |
| Backlight Control | BL pin, active LOW (connect to GND or an IO pin) |
| Header Pins | Presoldered, 2.54 mm pitch |
| Display Color | Full color |
| Touch | No |
| Package Quantity | 1 piece |
| Compatibility | Arduino, ESP32, ESP8266, Raspberry Pi Pico, STM32 |
| Applications | Sensor dashboards, clocks, weather stations, audio level meters, battery indicators, handheld interfaces |
Library
Tutorials
- Arduino — 2.25 inch TFT LCD Display Screen 76x284
- Arduino Nano — 2.25 inch TFT LCD Display Screen 76x284
- Arduino Mega — 2.25 inch TFT LCD Display Screen 76x284
- Arduino Uno R4 — 2.25 inch TFT LCD Display Screen 76x284
- Arduino Uno Q — 2.25 inch TFT LCD Display Screen 76x284
- Arduino Giga R1 WiFi — 2.25 inch TFT LCD Display Screen 76x284
- Arduino MKR WiFi 1010 — 2.25 inch TFT LCD Display Screen 76x284
- Arduino Nano 33 IoT — 2.25 inch TFT LCD Display Screen 76x284
- Arduino Nano ESP32 — 2.25 inch TFT LCD Display Screen 76x284
- ESP32 — 2.25 inch TFT LCD Display Screen 76x284
- ESP32 Uno — 2.25 inch TFT LCD Display Screen 76x284
- ESP32 S3 Uno — 2.25 inch TFT LCD Display Screen 76x284
- ESP32 S3 — 2.25 inch TFT LCD Display Screen 76x284
- ESP32 C3 Super Mini — 2.25 inch TFT LCD Display Screen 76x284
- ESP8266 — 2.25 inch TFT LCD Display Screen 76x284
COMPATIBLE HARDWARE
- Arduino boards (UNO, Mega, Nano, UNO R4) — SPI connection for graphics and readouts
- ESP32 and ESP32-S3 boards — Fast hardware SPI for smooth animations and IoT dashboards
- ESP8266 boards — WiFi connected status and weather displays
- Raspberry Pi Pico — SPI display for portable projects
- STM32 boards — Embedded user interfaces
- Temperature, humidity, and pressure sensors — Show live readings on screen
- Any microcontroller with an SPI interface