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LORDWORLD

LORDWORLD 1.5inch OLED Display Module 128x128 16 Gray Scale

SKU CH-2WE7-H4BGZ

A 1.5 inch OLED module with 128x128 resolution and 16 gray scale levels, using SPI or I2C interfaces selectable by onboard resistor

  • Compact 1.5 inch display fits tight enclosures
  • 128x128 resolution renders crisp monochrome graphics
  • 16 gray scale levels add depth to UI elements
  • SPI or I2C selectable via onboard resistor
  • SSD1327 driver simplifies integration with Pi, Jetson Nano, STM32

Compact OLED for embedded UI

The LORDWORLD module is a 1.5inch OLED display with 128x128 resolution and 16 gray scale levels. It integrates an SSD1327 controller and communicates over SPI or I2C, selectable by an onboard resistor. Example code is provided for Raspberry Pi, Jetson Nano and STM32 platforms.

Makers needing a small graphical screen

Developers building status panels, sensor readouts or simple menus for microcontroller projects will find the resolution and dual-interface support convenient. Projects that require full colour, higher pixel counts or video-rate animation should consider alternative display technologies.

16 gray scale depth defines visual detail

The panel renders 16 distinct shades, which determines the richness of icons, graphs and text anti-aliasing achievable on this screen. If an application needs more tonal steps or colour information, this specification makes the module unsuitable.

特長

  • Compact 1.5 inch display fits tight enclosures
  • 128x128 resolution renders crisp monochrome graphics
  • 16 gray scale levels add depth to UI elements
  • SPI or I2C selectable via onboard resistor
  • SSD1327 driver simplifies integration with Pi, Jetson Nano, STM32

仕様

BrandLORDWORLD

この商品に関する質問

What board spacing does the 1.5 inch OLED module need for the 128x128 pixel panel?

The 1.5 inch diagonal panel requires a cut-out that matches its 128 by 128 pixel outline; allow a few millimetres around the PCB for the flex tail and the onboard resistor that selects SPI or I2C.

Which solder jumper or resistor position sets the SSD1327 driver to I2C instead of the default SPI mode?

Move the onboard 0 Ω resistor to the I2C pads before powering the board; the silkscreen marks the two positions clearly so the driver starts in the correct protocol.

Will the 16 gray scale OLED suffer burn-in if I leave a static menu on the 128x128 display for weeks?

OLED pixels age unevenly with static content; cycle the image or use a screen-saver every few hours to keep the 16 gray levels uniform over long deployments.

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