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CrowPanel Advance 4.3-HMI ESP32 AI Display

Model DIS01943A

advance-4.3

Version 1.0


Pin Output:

advance-4.3

Functional description of the product's internal interfaces:

Pin Name Description Connector Type
SPK Output audio signals to connect to speakers. The main board comes with a power amplifier chip circuit. PH2.0-2P
PWR Power LED.
RST Reset button. Press it to reset the system.
boot
UART0-OUT Builds communication between Logic modules, including the serial communication module and the print module. HY2.0-4P
UART1-OUT Builds communication between Logic modules, including the serial communication module and the print module. HY2.0-4P
UART0-IN Input power supply and serial communication functionality XH2.54-4P
I2C-OUT Establish communication between the microcontroller and peripheral devices. HY2.0-4P
BAT Connect the lithium battery. (with battery charging circuit)(Input voltage: 3.7–4.2 V) PH2.0-2P

Product External Interface Functions:

4.3-inch HMI port pin number Electrical Characteristics
UART0-OUT RX(IO44); TX(IO43) RX; Output voltage: 3.3V
Output current: 1A max.
Use: Power supply output and communication.
UART1-OUT RX(IO19); TX(IO20) RX; Output voltage: 3.3V
Output current: 1A max.
Use: Power supply output and communication.
UART0-IN RX(IO44); TX(IO43) RX; Input voltage: 5V ± 5%. 5.5V max.
Input current: 2A max.
Purpose: Power supply input and communication.
I2C SDA(IO15); SCL(IO16) ; Output voltage: 3.3V
Output current: 1A max.
Use: Power supply output and communication.
SPK I2S_LRCLK(IO6);I2S_BCLK(IO5);I2S_SDIN(IO4); Maximum output current: 20mA
Signal type: 3.3V logic level, digital control signal
SD Card Slot MOSI(IO6); MISO(IO4); CLK(IO5); CS(3.3V) Maximum output current: 20mA
Signal type: 3.3V logic level, digital control signal
LCD Backlight PCA9557PW-IO1 Maximum output current: 20mA
Signal type: 3.3V logic level, digital control signal
I2S MIC MIC_SD(IO20);MIC_WS(IO2);MIC_CLK(IO19) Maximum output current: 20mA
Signal type: 3.3V logic level, digital control signal
BUZZER IO8 Maximum output current: 20mA
Signal type: 3.3V logic level, digital control signal

Switching Function Keys:

S1 S0 effective function
0 0 MIC&SPK
0 1 WM(wireless module)
1 0 TF Card

Schematic:

ESP32-S3 and ISP Display Wiring Pins:

advance-4.3

ESP32-S3 and Touch Driver Wiring:

i2c address: 0x5D.

advance-4.3

ESP32-S3 and wireless module wiring pins:

advance-4.3

Schematic diagram of function selection:

advance-4.3

Switching Function Keys:

S1 S0 effective function
0 0 MIC&SPK
0 1 WM(wireless module)
1 0 TF Card

Version 1.1


advance4.3_1.2

4.3-inch HMI port pin number Electrical Characteristics
UART0-OUT RX(IO44); TX(IO43) RX; Output voltage: 3.3V Output current: 1A max. Use: Power supply output and communication.
UART1-OUT RX(IO19); TX(IO20) RX; Output voltage: 3.3V Output current: 1A max. Use: Power supply output and communication.
UART0-IN RX(IO44); TX(IO43) RX; Input voltage: 5V ± 5%. 5.5V max. Input current: 2A max. Purpose: Power supply input and communication.
I2C SDA(IO15); SCL(IO16) ; Output voltage: 3.3V Output current: 1A max. Use: Power supply output and communication.
SPK I2S_LRCLK(IO6);I2S_BCLK(IO5);I2S_SDIN(IO4); Maximum output current: 20mA Signal type: 3.3V logic level, digital control signal
SD Card Slot MOSI(IO6); MISO(IO4); CLK(IO5); CS(3.3V) Maximum output current: 20mA Signal type: 3.3V logic level, digital control signal
LCD Backlight_PWR P3.5(STC8H1K28) Maximum output current: 20mA Signal type: 3.3V logic level, digital control signal
Backlight Adjustment P1.1(STC8H1K28)
I2S MIC MIC_SD(IO20);MIC_CLK(IO19) Maximum output current: 20mA Signal type: 3.3V logic level, digital control signal
BUZZER P2.7(STC8H1K28) Maximum output current: 20mA Signal type: 3.3V logic level, digital control signal
TP_RST P1.7(STC8H1K28)
power amplifier SHUT P3.6(STC8H1K28)

Switching Function Keys:

advance4.3_1.2-1

S1 S0 effective function
0 0 MIC&SPK
0 1 WM(wireless module)
1 1 MIC&TF Card

ESP32-S3 and wireless module wiring pins:

advance4.3_1.2-2

Version 1.1

① Version 1.3 introduces an updated backlight control function. In this iteration, the backlight is managed by the STC8H1K28 microcontroller. The programme illuminates the backlight by transmitting numerical values to the microcontroller's address (0x30). Brightness adjustment spans 0-245 levels, where 0 denotes maximum brightness, 244 represents minimum brightness, and 245 disables the backlight.

The buzzer control principle mirrors that of the backlight: sending 246 activates the buzzer, while sending 247 deactivates it.

Version 1.2

Only the button component has been updated. All other hardware and I/O pins remain the same as in the previous version.

Platforms Supported


Arduino IDE ESP-IDF platformIO
Arduino ESP-IDF-Logo.webp platformIO
Arduino IDE View Tutorials -- V1.0
Arduino IDE View Tutorials -- V1.1/V1.2
ESP-IDF View Tutorials -- V1.0
ESP-IDF View Tutorials -- V1.1/V1.2
platfoemIO View Tutorials -- V1.0
platfoemIO View Tutorials -- V1.1/V1.2
ESPHome SquareLine Studio Meshtastic
ESPHome SquareLineStudio-Logo meshtastic-logo.webp
ESPHome View Tutorials -- V1.0
ESPHome View Tutorials -- V1.1/V1.2
SquareLine Studio View Tutorials -- V1.0
SquareLine Studio View Tutorials -- V1.1/V1.2
Meshtastic View Tutorials

Resources


Github link:

(This GitHub link usually may contain 3D files, schematics, program code, factory firmware, factory sourcecode and other materials. Please click to view.)

Code lib link:

Wireless link:

How to buy


Please visit this page to purchase ESP32 Display-4.3 inch(Advance_Series).

Support

If you encounter any issues while using the service, you can contact us via the social media links in the bottom-right corner of elecrow or send an email to techsupport@elecrow.com for technical support.