For Raspberry Pi 1.33 Inch LCD Display HAT 240x240 SPI Interface IPS Screen with Embedded Controller for Pi 5/4B/3B/Zero High-resolution 240x240 IPS screen delivers vivid colors and wide viewing angles. SPI interface with embedded controller reduces GPIO resource usage and simplifies wiring. Compact HAT form factor allows for neat stacking on Raspberry Pi without extra space. Ideal for portable devices, handheld terminals, smart dashboards, and compact control panels. Easy integration for beginners and makers, suitable for system status displays, sensor data visualization, simple GUIs, clock/weather screens, and educational projects. This Raspberry Pi 1.3 inch LCD Display HAT features a 240x240 high-resolution IPS screen, delivering vivid colors, wide viewing angles, and clear text and graphics. Ideal for compact interfaces, system monitoring, and visual output in embedded projects. The module adopts an SPI interface with an embedded controller, effectively reducing GPIO resource usage and simplifying wiring. The onboard controller handles display driving, helping to ensure stable performance and smoother refresh for text, icons, and simple animations. The standard HAT form factor allows the screen to be neatly stacked on top of the Raspberry Pi board without taking extra space in your enclosure. This compact design is ideal for portable devices, handheld terminals, smart dashboards, and compact control panels. Suitable for beginners and makers, this Raspberry Pi LCD Display HAT works well for system status displays, sensor data visualization, simple GUIs, clock/weather screens, and educational projects. Its small size and SPI communication make it easy to integrate into existing Raspberry Pi projects. Color: As Shown Material: Metal Package Contents: 1*1.3-inch LCD display 2*RPi copper pillars Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.