The SPI LCD Display Module provides rapid, high-quality visuals with outstanding color and clarity. It easily integrates with various microcontrollers through the SPI interface, making it ideal for responsive and detailed applications. Perfect for projects needing quick refresh rates, such as gaming interfaces, real-time data monitoring, and interactive displays.
Remark: All Models Support Capacitive or Resistive Touch Panel. | ||||||||||
Size (inch) | Resolution | Model | View | Interface | Product Size (mm) | Active Area (mm) | Audio | Touch panel | Power | OP(℃) |
0.96 | 80*160 | MSP0961 | IPS | SPI | 30.00*24.04 *6 | 10.80x21.70 | NC | NC / RTP | 5V/3.3V | -20~60°C |
0.96 | 240*198 | MSP0964 | IPS | SPI | 28.4*33*6 | 24.408*20.137 | NC | NC / RTP | 5V/3.3V | -20~60°C |
0.96 | 240*198 | MSP0962 | IPS | SPI | 29.73*28.14*6 | 24.408*20.137 | NC | NC / RTP | 5V/3.3V | -20~60°C |
1.14 | 135*240 | MSP1141 | IPS | SPI | 31.4*28*6 | 14.86*24.91 | NC | NC / RTP | 5V/3.3V | -20~60°C |
1.28 | 240*240 | MSP1281 | IPS | SPI | 38.03*45.80*6 | 32.40*32.40 | NC | NC / RTP | 5V/3.3V | -20~60°C |
1.3 | 240*240 | MSP1308 | IPS | SPI | 39.22*27.78*6 | 23.40*23.40 | NC | NC / RTP | 5V/3.3V | -20~60°C |
1.44 | 128*128 | MSP1443 | TN | SPI | 29.7*43.36*6 | 26.2*27.2 | NC | NC | 5V/3.3V | -20~60°C |
1.44 | 128*128 | MAR1441 | TN | SPI | 29.7*43.36*6 | 26.2*27.2 | NC | NC | 5V/3.3V | -20~60°C |
1.54 | 240*240 | MSP1541 | IPS | SPI | 32.00*43.72*6 | 27.72*27.72 | NC | NC / RTP | 5V/3.3V | -20~60°C |
1.6 | 130*130 | MSP1601 | TN | SPI | 35.40*53.82*1.6 | 28.86*28.86 | NC | NC | 5V/3.3V | -20~60°C |
1.8 | 128*160 | MSP1803 | TN | SPI | 34.5*58.0*6 | 28.03*35.04 | NC | NC | 5V/3.3V | -20~60°C |
1.8 | 128*160 | MSP1804 | TN | SPI | 44.96*53.47 *6 | 28.03*35.04 | NC | NC | 5V/3.3V | -20~60°C |
1.8 | 128*160 | MSP1805 | TN | SPI | 59.79*42.01*6 | 28.03*35.04 | NC | NC | 5V/3.3V | -20~60°C |
1.8 | 128*160 | MAR1801 | TN | SPI | 38.30*62.48*6 | 28.03*35.04 | NC | NC | 5V/3.3V | -20~60°C |
2 | 176*220 | MA R2001 | TN | SPI | 38.30*62.48*6 | 31.68*39.60 | NC | NC | 5V/3.3V | -20~60°C |
2.2 | 176*220 | MA R2201 | TN | SPI | 42.46*67.20*6 | 34.85*43.56 | NC | NC | 5V/3.3V | -20~60°C |
2.2 | 240*320 | MSP2202 | TN | SPI | 40.10*67.20*6 | 33.84*45.12 | NC | NC | 5V/3.3V | -20~60°C |
2.4 | 240*320 | MSP2402 | TN | SPI | 77.18*42.72*6 | 36.72*48.96 | NC | NC / RTP | 5V/3.3V | -20~60°C |
2.8 | 240*320 | MSP2807 | TN | SPI | 50.0*86.0*6 | 43.2*57.6 | NC | NC / RTP | 5V/3.3V | -20~60°C |
2.8 | 240*320 | MSP2833 | IPS | SPI | 50.0*86.0*12.78 | 43.20*57.60 | NC | CTP | 5V/3.3V | -20~60°C |
3.2 | 240*320 | MSP3208 | TN | SPI | 55.04*89.3*6 | 48.6*64.8 | NC | NC / RTP | 5V/3.3V | -20~60°C |
3.2 | 240*320 | MSP3222 | IPS | SPI | 55.04*90.5*12.88 | 48.60*64.80 | NC | CTP | 5V/3.3V | -20~60°C |
3.5 | 320*480 | MSP3520 | TN | SPI | 56.34*98*6 | 48.96*73.44 | NC | NC / RTP | 5V/3.3V | -20~60°C |
3.5 | 320*480 | MSP3526 | IPS | SPI | 55.5*98.0*12.98 | 48.96*73.44 | NC | CTP | 5V/3.3V | -20~60°C |
4 | 320*480 | MSP4022 | TN | SPI | 61.74*108.04*6 | 55.68*83.52 | NC | NC / RTP | 5V/3.3V | -20~60°C |
4 | 320*480 | MSP4030 | TN | SPI | 60.88*108.0*14.80 | 55.68*83.52 | NC | CTP | 5V/3.3V | -20~60°C |
An SPI (Serial Peripheral Interface) display LCD module is used to render visual information on electronic devices. It functions by receiving data from a microcontroller or microprocessor through the SPI communication protocol, which allows for high-speed data transfer with minimal wiring. The module interprets the received data to control the pixels on the LCD screen, displaying text, images, or graphical user interfaces. SPI display modules are commonly used in applications like embedded systems, IoT devices, and portable electronics due to their efficient communication and low power consumption.
Yes, many SPI Display LCD Modules are compatible with Arduino and can be easily interfaced using libraries like Adafruit GFX and Adafruit ST7735.
Most SPI Display LCD Modules operate at 3.3V or 5V, but it's important to check the specific module's datasheet.
The CS pin is used to select the SPI device for communication. It is active low, meaning the device is selected when the CS pin is low.
Yes, you can use multiple SPI devices on the same bus by assigning different CS pins for each device.
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