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Transparent OLED development board 1.51 inch display light blue 128x64 resolution

LORDWORLD

LORDWORLD 1.51inch Transparent OLED Development Board Light Blue 128x64

SKU CH-GRR3-WH7X6

Transparent 1.51inch OLED shows 128x64 light-blue graphics over SPI or I2C for Raspberry Pi, Arduino and STM32 projects

  • Transparent OLED with full viewing angle
  • 51 inch display at 128×64 resolution
  • Dual SPI and I2C interfaces for broad MCU compatibility
  • Light blue emission for clear visual output
  • Ready-to-use examples for Raspberry Pi, Arduino and STM32

1.51-inch Transparent OLED Board

This 1.51-inch transparent OLED development board shows light-blue graphics on a see-through panel with a 128 by 64 resolution. It targets makers and engineers building wearable devices, augmented-reality prototypes or transparent dashboard overlays.

SPI and I2C Setup

The module uses a 4-wire SPI bus plus an I2C option, so wiring takes only four to six jumper wires on a Raspberry Pi, Arduino or STM32 board. Example code from the supplier wiki covers both interfaces, but the small pin pitch can make breadboard connections fragile without a breakout adapter.

Transparent Panel Limits

Transparency reduces contrast in bright ambient light, so the display works best in dim or indoor settings. The 128 by 64 pixel grid limits detailed graphics, and the SPI or I2C bandwidth caps animation frame rates for full-screen updates.

Põhijooned

  • Transparent OLED with full viewing angle
  • 51 inch display at 128×64 resolution
  • Dual SPI and I2C interfaces for broad MCU compatibility
  • Light blue emission for clear visual output
  • Ready-to-use examples for Raspberry Pi, Arduino and STM32

Tehnilised andmed

BrandLORDWORLD

Küsimused selle toote kohta

How can I confirm the 1.51inch transparent OLED is working after wiring it up?

Run the example code for Raspberry Pi, Arduino or STM32 from the Waveshare wiki; the 128×64 light-blue display should show graphics immediately if SPI or I2C connections are correct.

What comes in the box and what must I source separately?

The development board itself is included; you must provide a Raspberry Pi, Arduino or STM32 host board plus jumper wires for the 4-wire SPI or I2C interface.

Which interface version should I choose for my project — SPI or I2C?

Both 4-wire SPI and I2C are available on the same board; pick SPI for faster data rates or I2C to save GPIO pins on your Raspberry Pi, Arduino or STM32.

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