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AOC128128A0-1.50W

AOC128128A0-1.50W

Orient Display
Non-Touch Graphic LCD Display Module Red, Green, Blue (RGB) OLED Parallel, SPI 1.5" (38.10mm) 128 x 128
Active15 in stock

Overview

The AOC128128A0-1.50W is a 1.5-inch color OLED display module featuring a 128 x 128 pixel resolution driven by the SSD1351 controller. It offers high-contrast RGB visuals without the need for a backlight, making it suitable for compact, battery-powered embedded systems. The module supports both parallel and SPI interfaces, providing flexibility for various microcontroller architectures.

Why Choose This Part

This OLED module provides exceptional color depth and viewing angles in a compact 34mm x 33.8mm form factor. It operates on a low VDD range of 2.4V to 2.75V, significantly reducing power consumption in portable applications compared to traditional backlit LCDs.

Applications

Wearable UI
The 1.5-inch circular-capable square format and low 2uA sleep current make it ideal for smartwatches and fitness trackers.
Industrial Instrumentation
Used for clear, high-contrast status readouts in hand-held diagnostic tools operating between -40C and 70C.
Smart Home Hubs
Integrated into thermostats or security panels for high-fidelity icon and menu navigation.

Key Specifications

Interface Parallel, SPI
Dot Pixels 128 x 128
Touchscreen Non-Touch
Display Type OLED
Viewing Area 28.85mm W x 28.86mm H
Graphics Color Red, Green, Blue (RGB)
Controller Type SSD1351
Background Color Red/Green/Blue
Diagonal Screen Size 1.5" (38.10mm)

Getting Started

Interface the module via 4-wire SPI for reduced pin count or 8-bit parallel for higher data throughput. Use the SSD1351 command set for initialization and utilize libraries like Adafruit_SSD1351 or u8g2 for rapid prototyping on Arduino or ARM platforms. Ensure a dedicated 12.5V to 13.5V VOUT supply is provided for the OLED driving voltage as specified in the datasheet.

Also Consider

Newhaven 1.5in Color OLED Newhaven Display - An alternative module often found in easy-to-integrate breakout board formats with built-in logic level shifting.
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