1.28-inch 240x240 resolution square LCD panel
The 1.28-inch 240x240 resolution square LCD panel is a display solution designed for compact devices, especially for wearable devices such as smart watches, fitness trackers, and other small electronic devices. This type of panel not only provides a clear information display platform, but also has the characteristics of low power consumption and easy integration, which is very suitable for battery-powered applications. Here is a more detailed introduction to this 1.28-inch 240x240 resolution square LCD panel:
Panel Features
Size and Resolution
Size: 1.28 inches diagonal length, suitable for applications that require compact design.
Resolution: 240x240 pixels, providing clearer text and image display effects, suitable for applications that require fine display.
Screen Shape
Square Design: The screen itself is square, which makes it ideal for wearable devices or small portable devices with square design, providing a better visual experience and stylish appearance.
Display Technology
TFT-LCD: Thin Film Transistor Liquid Crystal Display, ensuring good image quality, including bright colors and high contrast.
IPS panel (select models): uses IPS (In-Plane Switching) technology to provide wider viewing angles and more realistic color reproduction. IPS panels have better visual effects than TN (Twisted Nematic) panels, especially for users who need to view the screen from different angles. IPS technology also improves color accuracy and consistency, making the image look more natural.
Interface type
SPI interface: Supports data transmission via the serial peripheral interface (SPI), which is a common communication method, especially suitable for resource-constrained microcontroller platforms. The SPI interface is known for its simplicity and efficient data transmission speed, which is very suitable for embedded system development.
Other interfaces: Some models may also provide RGB interface options, allowing more direct color control, suitable for application scenarios that require higher color accuracy.
Physical parameters
Active display area: For a screen with a resolution of 240x240, the active area is approximately 23.4mm x 23.4mm.
Dimensions: The size of the entire module varies depending on the specific model, but is generally compact, such as 33.8mm x 36.5mm x 1.41mm or smaller.
Backlight control: The BLK pin can accept a PWM signal to adjust the brightness, thereby saving energy and extending battery life.
Power consumption characteristics
Low power consumption: Many 1.28-inch 240x240 resolution square LCD panels adopt a low-power design, making them ideal for small devices that rely on battery power.
Application scenarios
Due to its compact size and appropriate resolution, the 1.28-inch 240x240 resolution square LCD panel is very suitable for the following applications:
Smart wearable devices: such as personal health monitoring instruments such as smart watches and bracelets.
Portable medical devices: such as small medical tools such as blood glucose meters and pulse oximeters.
Consumer electronics accessories: such as displays on headphones, remote controls, etc.
Industrial automation: small HMI (human-machine interface), sensor reading display, etc.
Selection suggestions
When choosing a specific 1.28-inch 240x240 resolution square LCD panel, please consider the following factors:
Performance requirements: Decide which display technology (TN vs IPS) to choose based on whether your project requires high refresh rate, full viewing angle or other special features. IPS panels have advantages in visual experience and are suitable for applications that require high display quality.
Interface compatibility: Confirm whether the interface (such as SPI or RGB) of the selected panel can be seamlessly connected with the existing microcontroller or main control board.
Power consumption considerations: Especially for battery-powered products, choosing a low-power panel can significantly extend battery life.
Cost-effectiveness: Balance the relationship between budget constraints and required functional features to find the most cost-effective solution.
Example products
Waveshare 1.28-inch 240x240 square LCD panel: This panel has a resolution of 240x240, uses TFT-LCD technology, supports SPI interface, has 65,536 color display capabilities, and is suitable for a variety of embedded systems and smart wearable devices.
Adafruit 1.28-inch 240x240 square TFT color display panel: This square TFT display panel launched by Adafruit also has a resolution of 240x240, supports SPI interface, and has a built-in SD card slot for easy loading of pictures and fonts. It also comes with support for the Adafruit GFX graphics library, making programming easier and ideal for DIY projects and individual developers.
ST7789-driven 1.28-inch 240x240 TFT LCD panel: This panel uses TFT technology, has a 240x240 resolution, supports SPI interface, and is suitable for a variety of embedded systems. It has rich colors and high contrast, making it suitable for smart watches, handheld devices, and other applications that require high-quality displays.
In addition, there are some specific 1.28-inch 240x240 resolution square LCD panels with touch screen functions, which increase the possibility of user interaction and are suitable for devices that require touch operation. If you are looking for a 1.28-inch 240x240 resolution square LCD panel for a specific project, it is recommended to contact a professional supplier to obtain the latest product specifications and technical support. At the same time, considering that the specific parameters provided by different manufacturers may vary, it is very important to carefully compare the detailed information of each product. In addition, some suppliers may also provide customized services to help you better meet specific design needs.
Technical Details and Notes
Driver Chip: Most 1.28-inch 240x240 square LCD panels use a dedicated driver chip, such as the ST7789, which supports 16-bit color depth in RGB 565 format, ensuring rich color performance.
Power Management: To save power, panels are usually equipped with power management functions that can enter low-power mode or completely turn off the backlight when display is not needed.
