E-Ink displays are bistable, meaning they retain an image without continuous power, making them ideal for battery-powered or energy-harvesting devices such as e-readers, shelf labels, smart cards, and IoT dashboards. Additionally, their wide viewing angles and low eye strain characteristics make them especially suitable for text-focused or static image applications.

The following technical details will provide a comprehensive overview of the E-Ink module’s dimensions, resolution, interface, operating conditions, and other critical performance characteristics.

Pin#	Single	Description	Remark
1	NC	No connection and do not connect with other NCpins	Keep Open
2	GDR	N-Channel MOSFET Gate Drive Control
3	RESE	Current Sense Input for the Control Loop
4	NC	No connection and do not connect with other NCpins	Keep Open
5	VSH2	Positive Source driving voltage
6	TSCL	FC Interface to digital temperature sensor Clock pin
7	TSDA	FC Interface to digita temperature sensorData pin.
8	BSI	Bus selectionpin	Note 6-5
9	BUSY	Busy state outputpin	Note 6-4
10	RES#	Reset signal input.	Note 6-3
11	D/C#	Data /Command control pin	Note 6-2
12	CS	The chip select input connecting to the MCU.	Note 6-1
13	SCL	Serial clock pinfor interface
14	SDA	Serial data pin for inter face
15	VDDIO	Power input pin for the Interface
16	VCI	Power Supply pin for the chip
17	VSS	Ground (Digital)
18	VDD	Core logic power pin
19	VPP	Power Supply for OTPProgramming
20	VSHI	Positive Source driving voltage
21	VGH	Power Supply pin forPositive Gate driving voltageand VSH
22	VSL	Negative Source driving voltage
23	VGL	Power Supply pin forNegative Gate driving voltage,VOOM and VSL
24	VCOM	VOOM driving voltage