• sales

    +86-0755-88291180

1.8inch LCD for micro:bit User Guide

Introduction

This is a colorful display module designed for the BBC micro:bit, 1.8inch diagonal, 160x128 pixels, capable of displaying 65K colors.

Tired of the 5x5 LED matrix? Time to get a tiny monitor for your micro:bit, this one would be the ideal choice.

Specification

  • Driver: ST7735S
  • Resolution: 160x128
  • Display color: RGB, 65K colors
  • Operating voltage: 3.3V
  • Dimension: 61mm x 51.5mm

Pinouts

PINmicro:bit PINDescription
Vcc3V3Power
GNDGNDGround
MISOP14SPI data master input/slave output
MOSIP15SPI data master output/slave input
SCKP13SPI clock input
LCD_CSP16LCD chip selection
RAM_CSP2SRAM chip selection
DCP12LCD data/command
RSTP8LCD reset
BLP1LCD backlight

Programming Guide

Micor:bit has variety of programming methods like mbed, micropython, typescript and other programming methods, as well as code online websites which are abundant.

The official recommendation are two programming methods: typescript and micropython. Typescript is the graphical programming language.

Note:For this LCD, we only provide demo code of typescript

Typescript

Typescript is a kind of graphical programming, its website is that: https://makecode.microbit.org/#

  • Open a browser and input the next URL


  • Create a new empty project

Click Project->New Project to create an empty project. Rename the project as LCD or any one you like to.


  • Add Packeage

You can get the package of 1.8inch LCD for micro;bit from github. Click More..->Add Package, then copy the URL to the Edittext. https://github.com/waveshare/WSLCD1in8

Note: add a space follow the address


The Blocks

  • Initiation

You need to initial LCD module first.


  • Clear the screen

Clear the screen to white. Create an buffer on RAM with the resolution size 160*128 and initial it to white.


  • Set the backlight


  • Send display data

With this block, it will send one frame of buffer to the LCD and display. Note: it is always following drawing operation


  • Draw point


Place the block before send display data. You can choose the position, color and size. For the screen, (1,1) is on top-left, and (160,128) is on bottom-right

There are tow way to set the color, the one is use the color block as above, another is to set the value (RGB565) by drag the slider.

  • Draw line

You can choose the the line's position, color, size and its sytle

solid line:


dotted line: just need to change the Style


  • Draw frame

Draw empty rectange:


Draw full rectange:


  • Draw circle

Draw empty circle:


Draw full circle:


  • Draw string


  • Partial refresh

You can set display windows and refresh it on LCD instead of full refresh

Initialize LCD, set the backlight and then draw a rectangle from (30, 30) to (80, 80)


Then set the display windows block and set its position


TAG: Raspberry Pi 5 SSD 1.47 inch LCD AXS5106L TouchScreen JD9853 Display 172x320 For Arduino/Raspberry Pi/Pico/ESP32 Image extraction User Guide Raspberry Pi Pico Buzzer FT232RNL USB TO TTL Industrial UART Can For Raspberry Pi 5 Terminal Debug Arducam CSI-to-HDMI DeepSeek AI Voice Chat ESP32 S3 Development Board 1.85 inch Round LCD 1.85inch Display QMI8658 /MIC /SD /MP3 Audio LVGL For Arduino Sipeed NanoKVM-USB Finger-sized 4K USB KVM for Server/SBCs ESP32 C6 Development board 1.9 inch LCD display 1.9inch Screen 172×320 With SD slot RGB LED QMI8658 6-Axis-Sensor ST7789 CST816 Raspberry Pi Robot Dog Wavego Pro 12 quadruped ESP32 ESP-NOW color recognition and self-balancing control Raspberry Pi Pico 2 RP2350 With 0.96 inch LCD Display 0.96inch Screen 160×80 Onboard RP2350A Magnetic Encoder Servo Motor 85KG.CM 12V/24V 360° RS485 High Precision And Large Torque Arduino Thermal imaging camera OLED-LCD-HAT-A ESP32-S3 Development Board 1.47 inch LCD 1.47B Display 1.47inch Screen SD 172×320 RGB LED Raspberry Pi 5 PWM Fan Raspberry Pi 21.5inch FHD LCD 1080x1920 Capacitive TouchScreen Display For Raspberry Pi/Jetson Nano/ Raspberry Pi Pico HDMI ESP32-S3 1.69inch Touchscreen LCD Round Display WiFi Bluetooth With QST Attitude Gyro Sensor QMI8658 Raspberry Pi Autofocus Camera