240 x 400 RGB 18 bits TP Transmissive LCD TFT 2.8 ILI9327 CHSC6440 Le pilote est situé à l'intérieur de l'appareil

We have experienced several displays that are unable to handle vibration, dust, and assembly line operation around the clock. This high brightness LCD monitor has been running perfectly for 8 months. High brightness (110cd/m ²) is crucial for operators wearing safety goggles. Accurate full view specifications; The data is clearly visible from sharp angles, which is crucial for panels installed above the head or in narrow spaces. Compared to parallel interfaces, the simplicity of I2C connections also means fewer fault points. This is clearly designed with industrial control systems in mind. Reliable workers.

We integrated this LCD into our company’s test equipment, and it’s been working reliably under different temperatures. I tested it in our lab from around 0°C to 40°C, and the display remained clear with no fading. The 5V power requirement is convenient, and the parallel interface is fast enough for our needs. The only minor thing is that the viewing angle is best from the bottom, but that’s acceptable for our setup.

Focus on Value for High-Resolution Applications (From a Hobbyist on a Complex Project) I used it for customizing smart home controllers and was impressed by its cost-effectiveness. It is rare to find a true 480x800 IPS pixel and modern MIPI interface~4-inch panel at such a cost. Rich colors and flawless perspective. In terms of customization, it means I can get it without a touch screen (saving costs) because I use a separate overlay. Using the correct adapter board to drive Raspberry Pi CM4 through MIPI is very simple. ST7701S is a common driver and therefore has community support. If you need a clear, small display for advanced projects that can handle MIPI integration, please don't wait and see.