No, it cannot connect directly. Although the Raspberry Pi's DPI interface and STM32's LCD-TFT controller are also parallel RGB interfaces, their electrical characteristics, timing, and pinouts require precise matching. Driving this screen requires low-level configuration and likely a custom adapter board at the hardware level. For STM32, you need a high-end model with FSMC or LTDC capability; for Raspberry Pi, it requires complex software configuration via GPIO and is not recommended for beginners.

Due to its compact 5.7-inch size and integrated touch function, it is commonly found in industrial HMIs, portable medical devices, test and measurement instruments, industrial handheld terminals, and other embedded systems that require a small form factor with touch capability.

The ET0570C9DN6 integrates a 4-wire resistive touchscreen. Its touch interface is a standard analog signal interface, which typically needs to be connected to a controller chip that supports resistive touch. This chip might be integrated on your mainboard, or you may need an external USB to resistive touch controller

No, this screen does not use an LVDS interface. It utilizes a parallel CMOS RGB interface. This interface was common in earlier embedded displays, but when connecting to modern mainboards (like ARM boards or SBCs), you need to verify if the host controller supports driving an RGB interface directly, or a converter board might be required.

The ET0570C9DN6 is a 5.7-inch TFT LCD display . Its most notable feature is the integrated resistive touchscreen and built-in LED backlight, resulting in a compact module structure.