LORDWORLD
LORDWORLD 1.3inch OLED Display HAT 64×128 SH1107 for Raspberry Pi Pico
A 1.3 inch 64×128 OLED HAT with SH1107 driver, SPI and I2C interfaces, and two user buttons for Raspberry Pi Pico series boards
- 64×128 pixel SH1107 OLED for crisp visuals
- 3 inch display in compact HAT form factor
- Dual SPI and I2C interfaces for flexible wiring
- Two onboard user buttons for direct input control
- Fits standard Raspberry Pi Pico header exactly
Pico OLED HAT with SH1107 driver
This 1.3inch OLED module mounts directly on a Raspberry Pi Pico header and uses the SH1107 controller to drive a 64×128 pixel panel. It communicates over either 4-wire SPI or I2C for flexible integration. Two onboard buttons provide immediate input without extra wiring. The board targets makers adding a compact display to Pico-based projects.
Upgrade from bare GPIO or text-only output
The display replaces raw LED indicators or serial-terminal debugging by rendering graphics and menus on the Pico itself. The jump is worth it when a project needs on-device status screens, sensor readouts or simple UI without a separate monitor. It also removes the hassle of breadboarding a separate OLED breakout and level-shifting logic.
64×128 pixel panel for monochrome graphics
The resolution comfortably handles icons, small fonts, bar graphs and splash screens in a 1.3inch footprint. Complex animations or detailed bitmaps will run out of pixel space quickly. The SH1107 driver keeps refresh latency low over SPI or I2C, but the panel size itself limits the amount of concurrent information you can show.
จุดเด่น
- 64×128 pixel SH1107 OLED for crisp visuals
- 3 inch display in compact HAT form factor
- Dual SPI and I2C interfaces for flexible wiring
- Two onboard user buttons for direct input control
- Fits standard Raspberry Pi Pico header exactly
ข้อมูลจำเพาะ
| Brand | LORDWORLD |
|---|
คำถามเกี่ยวกับสินค้านี้
Does the 1.3inch OLED HAT align with the standard 40-pin header on a Raspberry Pi Pico?
Yes, the HAT is designed for the standard Pi Pico header and fits all Raspberry Pi Pico series boards directly.
Which pins or jumpers must be set to choose between the 4-wire SPI and I2C interfaces on the SH1107 driver?
The module supports both 4-wire SPI and I2C; select the desired bus by populating the appropriate solder jumpers or header pins as shown in the board silkscreen.
Are the two on-board user buttons rated for a specific number of press cycles, and can they be replaced individually?
The two user buttons are standard tactile switches soldered to the PCB; they are not socketed, so replacement requires desoldering and fitting new switches of the same footprint.
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