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What Is Sunlight Readable Display Panels
For many products which need to be used outdoor, the sunlight readable is necessary for the display panel. Sunlight readable display screens are designed to work in direct sunlight or intense light environments. They are also known as sun-visible LCD screens or outdoor LCD screens. Different techniques can be used to make the LCD readable under intense light conditions. It is done by increasing the contrast between the object and the background.

Panox Display provides sunlight readable display options across TFT-LCD, IPS LCD, AMOLED, OLED, Micro OLED, Memory LCD, transflective LCD, and flexible OLED technologies for outdoor, industrial, wearable, vehicle, AR/VR, and smart device applications.

Narrow Your Results:

Size(inch)
- 0.39~1.0
- 1.0~1.9
- 2.0~2.9
- 3.0~3.9
- 4.0~4.9
- 5.0~5.9
- 6.0~6.9
- 7.0~7.9
- 8.0~9.9
- 10~20
Interface
- I2C
- SPI
- Parallal
- MCU
- CPU
- RGB
- MIPI
- LVDS
- eDP
- HDMI
Display Color
- Monochrome
- Double Color
- Full Color
Orientation
- Landscape
- Portrait

Products Industrial LCD Mobile Display PMOLED AMOLED TFT-LCD Memory LCD Flexible Display Screen Raspberry Pi Display Micro OLED Display

Model

Size

Display Type

Resolution

Interface

Display Brand

Image

2.04 inch AM-OLED Full Color On-cell PCAP Touch

Size	2.04 inch
Display Type	AMOLED
Resolution	368x448
Interface	SPI
Display Brand	Truly

2.04 inch

AMOLED

368x448

SPI

Truly

2.2 inch LCD Transflective For Handheld

Size	2.2
Display Type	TFT-LCD
Resolution	320(RGB)×320
Interface	RGB
Display Brand	LG

2.2

TFT-LCD

320(RGB)×320

RGB

2.23 inch PMOLED SPI/I2C For Instrument

Size	2.23
Display Type	PMOLED
Resolution	128×32
Interface	I2C,SPI,Parallal
Display Brand	WiseChip

2.23

PMOLED

128×32

I2C,SPI,Parallal

WiseChip

2.4 inch OLED For Handheld/Wearable

Size	2.4
Display Type	AMOLED
Resolution	240(RGB)×320 , QVGA
Interface	SPI,Parallal,RGB
Display Brand	CMEL

2.4

AMOLED

240(RGB)×320 , QVGA

SPI,Parallal,RGB

CMEL

2.4 inch Graphic OLED Display For Instrument

Size	2.4
Display Type	PMOLED
Resolution	128×64
Interface	I2C,SPI,Parallal
Display Brand	Ritdisplay

2.4

PMOLED

128×64

I2C,SPI,Parallal

Ritdisplay

2.4 inch Color OLED 450x600 MIPI SPI MCU

Size	2.4 inch
Display Type	AMOLED
Resolution	450x600
Interface	SPI,MCU,MIPI
Display Brand	BOE

2.4 inch

AMOLED

450x600

SPI,MCU,MIPI

BOE

2.6 inch OLED RGB MCU Interface For Handheld

Size	2.6
Display Type	AMOLED
Resolution	240(RGB)×320 , QVGA
Interface	SPI,RGB
Display Brand	Samsung

2.6

AMOLED

240(RGB)×320 , QVGA

SPI,RGB

Samsung

2.7 inch Full Color OLED Display 1ms Response Time MIPI DSI 2 Lanes

Size	2.69
Display Type	OLED , AM-OLED
Resolution	800x600
Interface	MIPI
Display Brand	BOE

2.69

OLED , AM-OLED

800x600

MIPI

BOE

2.7 inch PMOLED For Instrument

Size	2.7
Display Type	PMOLED
Resolution	128×64
Interface	I2C,SPI,Parallal
Display Brand	Ritdisplay

2.7

PMOLED

128×64

I2C,SPI,Parallal

Ritdisplay

2.8 inch OLED C0283QGLA For Handheld

Size	2.8
Display Type	AMOLED
Resolution	240(RGB)×320
Interface	SPI,Parallal,RGB
Display Brand	CMEL

2.8

AMOLED

240(RGB)×320

SPI,Parallal,RGB

CMEL

2.95 inch OLED For VR

Size	2.95
Display Type	AMOLED
Resolution	1080(RGB)×1200
Interface	MIPI
Display Brand	EDO

2.95

AMOLED

1080(RGB)×1200

MIPI

EDO

3.0 inch OLED For Handheld

Size	3.0
Display Type	AMOLED
Resolution	240(RGB)×400 [WQVGA]
Interface	MIPI
Display Brand	Samsung

3.0

AMOLED

240(RGB)×400 [WQVGA]

MIPI

Samsung

Which Display Is Better In Sunlight?

OLED
Emissive light OLED screen is no back light illuminate, almost no LCD light-leaking phenomenon, open and close each pixel can be independent, so the performance black, black field intensity is close to 0 nit, theoretically can achieve unlimited contrast, because OLED pixels is illuminated, bend light almost never happen, so the visual Angle is bigger, On the side can also show accurate picture quality.

High brightness LCD
This method is achieved by adjusting the brightness of the LCD backlight and the contrast of the light. The following are suggestions for selecting the brightness of TFT LCD in different light environments. The result of increasing the brightness of the backlight is to make the LCD have higher power consumption.


Lighting Condition	Ambient Brightness	Suggested Display Brightness	Application Examples
Indoor Without lighting	Less than 500 nits	around 200 nits	LCD display in the darkroom
Indoor with lighting	Less than1000 nits	up to 300 nits	Lab equipment, Building&Security system
Bright shop lighting/ Overcast sky	1000~3000 nits	300~500 nits	POS&Kiosk, Industrial TFT LCD
Thin high overcast sky/Indirect sunlight	3000~7000 nits	500~600 nits	LCD Display in Public areas like stations, parking lot
Full sunlight, blue sky	7000~10000 nits	700~1000 nits	Outdoor vending machine, EV charging station

Transflective LCD
Transflective display (TRD) technology is a kind of display that can be switched before transmission display mode or reflection display mode according to the change of ambient brightness. In the high-light environment, the display is realized by using ambient light as the light source, and in the dark environment, the display is realized by using backlight as the light source. At the same time, it combines the advantages of energy-saving reflection display mode, eye protection, high contrast in high light environment, high-definition transmission display, fast dynamic response and so on.

Common Applications for Sunlight Readable Displays

Sunlight readable displays are commonly used in outdoor kiosks, EV charging stations, parking payment terminals, industrial control panels, handheld instruments, medical devices, smart watches, vehicle displays, marine equipment, AR/FPV viewers, and retail or exhibition interfaces.

Different applications need different display solutions. A public terminal may need a high brightness TFT LCD, while a wearable device may use AMOLED. A handheld outdoor instrument may benefit from transflective LCD or Memory LCD, and an AR optical system may require high-brightness Micro OLED.

Choose the Right Display Technology

High brightness TFT LCD and IPS LCD are practical for industrial equipment, self-service terminals, and outdoor control systems. AMOLED and OLED are suitable for compact full-color interfaces such as smart watches and wearable devices. Transflective LCD and Memory LCD are useful for low-power outdoor products that need long standby time.

For near-eye applications such as AR, FPV, EVF, and compact optical engines, Micro OLED can provide high pixel density and strong image quality in a small display size. Flexible OLED can also support curved, thin, and design-led interfaces for smart retail, robotics, vehicle interiors, and special industrial designs.

More About Sunlight Readable Display Panels
What Is a Readable-Under-Sun Display Panel and Why Does It Matter?
Why Is Sunlight Readability Important for Outdoor Display Panels?
Sunlight Readable Display Panel Applications: From Outdoor Equipment to AR and Wearable Devices

Customized Service

customized_display_service

It`s just a beginning to get display panels from us, then clients need to solve cover glass/touch panel, driving board, connectors on PCB.Fortunately Panox Display provide complete display solutions.

Connectors

Panox Display provides free connectors for clients who purchase more than five products from us. Our product range includes connectors from Molex, Kyocera, AXE, AXG, JAE, Hiros, and more.

Cover Glass/Touch Panels

Panox Display provides a customized cover glass/touch panel service. We supply cover glass from Gorilla, AGC, and Panda, which all have excellent optical performance. We also supply driver ICs from Goodix and Focaltech.

Controller/Driver Boards

If your applications are directly connected to a PC, a cellphone, or Raspberry Pi, and you have enough space to insert a board to input video, Panox Display can provide customized Controller/Driver boards with input connections for VGA, HDMI, DVI, DP, Type-C video input, MIPI, RGB, LVDS, and eDP.
The functions of our boards include, but are not limited to, adjustment of brightness, sound output, touch interface, extra data transmission, and gyroscope.