1080P Microoled 0.39

B039FH8A0 is a 0.39 inch is a 0.39 inch(1 cm) diagonal, FHD resolution(1920 x1080), active matrix color OLED(Organic Light Emitting Display)panel module based on single crystal silicon backplane . The pixel circuits and
driving IC are integrated on the silicon backplane to get the compact size and very low power consumption.

1080P Microoled 0.39" FHD 1920x1080 AMOLED Microdisplay

Feature	4-Wire Resistive	5-Wire Resistive
Configuration	Two layers with voltage applied sequentially	One layer as voltage divider, other for measurement
Accuracy	Good	Better
Durability	Moderate	High
Cost	Lower	Higher
Applications	Basic touchscreen devices	Industrial equipment, medical devices
Working principle	Measures voltage change due to pressure	Measures voltage using a separate measurement layer, high accuracy

Feature	Active Matrix (TFT)	Passive Matrix
Addressing Method	Individual transistor at each pixel	Rows and columns of electrodes
Response Times	Faster response times	Slower response times
Brightness	Higher brightness	Lower brightness
Viewing Angle	Wider viewing angles	Narrower viewing angles
Image Quality	Higher image quality	Lower image quality
Complexity	More complex tft technology	Simpler technology
Cost	Generally more expensive	Generally less expensive

Date	Event
Early 1970s	Development of dynamic scattering mode of lcds. A hybrid circuit using the dynamic scattering mode was developed by Brody and Fang-Chen Luo.
1972	The term "thin-film transistor" was used at Westinghouse by D. Peter.
1973	T. Peter Brody develops the first flat active-matrix liquid-crystal display, at Westinghouse Electric Corporation in Pittsburgh. The device used cadmium selenide TFTs. Westinghouse stops the research.
1980s - 1990s	Amorphous silicon replaced CdSe in TFT LCDs.
Present	TFT LCDs are used in many devices like phones, televisions, computers and other displays due to their superior image brightness and color

DESCRIPTION

HICENDA'S BO039M1920M is a micro OLED display screen with low power consumption , this micro oled display is 0.39 inch and has an FHD (1920X1080) high-resolution. This micro AMOLED display is the

highest PPI (5644) all over the world and based on a single-crystal silicon backplane. The pixel circuits and driving IC are integrated on the silicon backplane to get the mini size and very low power consumption.

Multiple applications: Virtual Reality application (VR), Augmented Reality(AR), Head-mounted displays, Near-Eye displays, Military gunsight, and thermal imager....

It has large number of advantages including:

1.Small-size, high-resolution 0.39 FHD PPI=5644

2. AP Operated Resolution (8*M,M=40~240) x RGB x (8*N.N=30~135)

3. Full color mode. 16.7M colors

4. Fast response

5. Thin and light in weight

6. Color enhancement, Sharpness enhancement

7. High contrast mode

8. High fluency mode

9. Power-saving(PS) mode

10. Scan direction selection, up or down

11. Interface, Support MIPI only or MIPI(data)+I2C (CMD)

12. Brightness: 1500 Cd/m2

Wide Operating Temperature: Work well at low temperature -40℃

HICENDA could provide HDMI to MIPI, and Type-C to MIPI controller board, It can connect to smartphones, PC, and raspberry PI with 1920x1080 resolution at 60 Hz

GENERAL SPECIFICATION

Display Type:	oled display
Display Mode:	MICRO SI-OLED display
Model Number:	BO039M1920M
Diagonal Screen size:	0.39 Inch
Interface:	60 pins MIPI or MIPI+I2C
Number of Pixels:	1920x1080
Panel Size:	20X10X25 (mm)
Active Area:	8.75x4.97 (mm)
Weight:	TBD
Operating Temperature:	-10~70°