128x64 Graphic LCD (Blue) LCM12864 - SPI - ST7920

26140 | 128x64 Graphic LCD (Blue) LCM12864 - SPI - ST7920
26140 | 128x64 Graphic LCD (Blue) LCM12864 - SPI - ST7920
26140 | 128x64 Graphic LCD (Blue) LCM12864 - SPI - ST7920
26140 | 128x64 Graphic LCD (Blue) LCM12864 - SPI - ST7920
26140 | 128x64 Graphic LCD (Blue) LCM12864 - SPI - ST7920
26140 | 128x64 Graphic LCD (Blue) LCM12864 - SPI - ST7920

C$11.95

Availability: In stock (can be backordered)

3 - 9 C$10.76
10 - 24 C$10.16
25 + C$9.80
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GTIN: 4260474031405 SKU: 26140 Categories: , Tags: , ,

128x64 Graphic LCD with ST7920 Controller

The 128x64 Graphic LCD offers a clear and crisp visual solution for various applications. Featuring a blue background with white pixels, it delivers exceptional contrast for optimal readability.

Key Specifications:

  • Resolution: 128 x 64 pixels
  • Display Mode: White on Blue
  • Backlight: White LED
  • Controller: ST7920 (libraries available for Arduino IDE)
  • Module Dimensions: 93mm x 70mm

Benefits:

  • High Contrast: The white-on-blue color scheme ensures excellent visibility and readability, thanks to its bright white backlight.
  • Compact Design: The space-saving form factor makes it ideal for integration into a variety of projects with limited space.
  • Versatile Applications: Suitable for industrial equipment, consumer electronics, medical devices, and other applications requiring a high-quality graphic display.
  • Simple Integration: Supported libraries for development environments like Arduino IDE simplify integration and programming.

Applications:

  • Industrial control panels
  • Data loggers
  • Medical instruments
  • Test and measurement equipment
  • Point-of-sale systems
  • Hobbyist projects

 

3 reviews for 128x64 Graphic LCD (Blue) LCM12864 - SPI - ST7920

  1. Rated 5 out of 5

    Gaston R. Williams –

    This is a very nice display. It shipped relatively quickly from Canada to the US.You can find several tutorials how to connect an 12864 GLCD ST7920 displaylike this one to an Arudino.But if you are in a hurry, here’s a quick start guide to get you going with the Arduino Uno.This worked with my display and Arduino IDE 1.8.13 and an Arduino Uno.1) Install the U8g2 library in the Arduino IDE. a) Open the Arudino IDE, and select Tools > Manage Libraries… from the menu b) Enter U8g2 in the search box at the top of the dialog and press enter c) Scroll through the results to the U8g2 listing, and click on the Install button.2) Connect the GLCD display to the Arduino Uno using the Hardware SPI pins: GLCD Pin Arduino Pin ——— ———– BLK 20 GND BLA 19 +5V E 6 13 (SPI MOSI) R/W 5 11 (SPI SCK) RS 4 10 (SPI CS) VCC 2 +5V GND 1 GND3) Open the U8g2 GraphicsTest example, compile and run it a) Select File > Examples > U8g2 > Page Buffer > GraphicsTest on the menu b) Find the large block of commented out constructors for the many displays U8g2 supports. c) Find the line for the following constructor: //U8G2_ST7920_128X64_1_HW_SPI u8g2(U8G2_R0, /* CS=*/ 10, /* reset=*/ 8); d) Un-comment that line, and change the reset pin 8 to U8X8_PIN_NONE, for no reset. e) The U8g2 constructor should now read: U8G2_ST7920_128X64_1_HW_SPI u8g2(U8G2_R0, /* CS=*/ 10, /* reset=*/ U8X8_PIN_NONE);4) Compile and upload the code to the Arduino Uno. You will now see the U8g2 Graphics demo running on the GLCD.(Note: If you want to use a reset pin, connect Arduino pin 8 to RST pin 17 on the display. This example uses Arduino hardware SPI, and pins 11 and 13 cannot be changed. The U8G2_ST7920_128X64_1_SW_SPI constructor will allow one to use different pins but it uses Software SPI.)

  2. Rated 4 out of 5

    MDR –

    La couleur du blanc est satisfaisante mais pas aussi éclatant ou brillant que prévu.

  3. Rated 5 out of 5

    Heidi –

    Great product. Having fun with Arduino projects.

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