WaveShare
WaveShare 1.51" Transparent OLED Display 128x64 Light Blue
A 1.51" transparent OLED module with 128x64 light-blue pixels, SPI/I2C control and an on-board SSD1309 driver
- CPU TypeOther
- Transparent 1.51" OLED shows data clearly
- 128 x 64 resolution renders crisp light-blue graphics
- SPI and I2C interfaces connect to Raspberry Pi, Arduino or STM32
- 3 V or 5 V operation suits many logic levels
- SSD1309 driver chip handles display control independently
1.51" Transparent OLED with SSD1309
This 1.51 inch transparent OLED module delivers a 128 by 64 light blue display driven by an SSD1309 controller. It includes an expansion board that provides both 4-wire SPI and I2C interfaces selectable by soldering resistors on the rear. The panel operates at 3.3 V or 5 V and measures 35.05 by 15.32 mm with a 0.254 mm pixel pitch.
Makers using Raspberry Pi Arduino or STM32
The board suits hobbyists and engineers prototyping with Raspberry Pi, Arduino or STM32 platforms that can communicate over SPI or I2C at 3.3 V or 5 V logic. Projects needing higher resolution, full colour output or video-rate refresh should consider alternative display technologies not covered by this module.
Steady visibility at full viewing angle
Because the OLED emits its own light the 128 by 64 pixel array remains readable from any direction without backlight bleed. The transparent substrate maintains contrast during continuous operation and the SSD1309 driver sustains the selected SPI or I2C data stream without frame drops during extended use.
Highlights
- Transparent 1.51" OLED shows data clearly
- 128 x 64 resolution renders crisp light-blue graphics
- SPI and I2C interfaces connect to Raspberry Pi, Arduino or STM32
- 3 V or 5 V operation suits many logic levels
- SSD1309 driver chip handles display control independently
Specifications
| CPU Type | Other |
|---|
Questions about this item
Which microcontroller boards can drive this 1.51" transparent OLED?
The module supports Raspberry Pi, Arduino and STM32 boards through its SPI and I2C interfaces.
Will the display work with a 5 V logic system?
Yes, the board accepts both 3.3 V and 5 V supply and logic levels.
How do I verify the SSD1309 controller is communicating after wiring?
Send an initialisation sequence over SPI or I2C and confirm the 128 x 64 light-blue pixels illuminate.
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