3.2" 128X48 Graphic LCD Display Module | STN+ Display | SPI | Gray Background with Blue Text | Arduino | ST7565R
This HOTDISPLAY 128x48 Graphic LCD Display Module displays dark blue pixels illuminated on a gray background. This transflective LCD display is engineered to provide optimal visibility in a variety of lighting conditions in many different environments. In bright sunlight, the display utilizes its reflective layer to reflect ambient light back to the viewer, making the screen easy to read. In darker environments, the LCD has a strong backlight built in to provide high contrast and display clear graphics to the viewer. This advanced display technology ensures that the display is always easy to read regardless of the lighting conditions.
This Graphic LCD Display Module is fully compatible with Arduino/C8051 and can be seamlessly connected with other electronic systems for a variety of applications. Models of the HTM12848C are designed to withstand harsh operating conditions and operate normally when used in a temperature range of -20 to 80 degrees Celsius. The LCD has an optimal viewing angle of 6:00, operates at 3.3V, and is RoHS compliant.
Custom LCD Size: Combined with the product structure, determine the required LCD size, screen type, etc. Mold manufacturing, according to the design, manufacture LCD molds, this process requires precise manufacturing technology and equipment. Support customization within 396*345mm. |
Customize the number of dots and display icon content: Supports customization of display content within 640*320 dot matrix, and icon style can be customized according to customer needs. |
Backlight color and structure customization: There are many combinations of module backlight to choose from, without backlight or with yellow-green / blue / white / amber / red / RGB backlight, up to 48 effects to choose from, please click on the customization page for reference. |
Customized interface: Provide multiple interface options, SPI \ 8080 \ I2C, etc. |
Driver board customization:Supports adjustment of driver board size, component sorting, interface type, etc. |