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readable-under-sun display panel
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.
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.
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.
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.
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Sort by tags
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#AR
#90 Hz
#Wearable
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#3D printing
#Long strip
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Tips
What`s the different between OLED AMOLED PMOLED?
Top 10 OLED manufactuers.
Top 10 LCD manufactuers.
Do you need customized Touch Panel?
The procedures to make customized Controller board.
How OLED Works?
How LCD Works?
Tips to Drive LCD?
How to drive OLED?
What is MIPI interface? How it works?
What is SPI Interface? How it works?
Precautions For Use OLED ?
#VR
#AR
#90 Hz
#Wearable
#Cellphone
#3D printing
#Long strip
#Handheld
Tips
What`s the different between OLED AMOLED PMOLED?
Top 10 OLED manufactuers.
Top 10 LCD manufactuers.
Do you need customized Touch Panel?
The procedures to make customized Controller board.
How OLED Works?
How LCD Works?
Tips to Drive LCD?
How to drive OLED?
What is MIPI interface? How it works?
What is SPI Interface? How it works?
Precautions For Use OLED ?
| Model | Size | Display Type | Resolution | Interface | Display Brand | Image | ||||||||||
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0.39 inch Micro OLED For AR Type-c Board
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0.39 | Micro OLED | 1920x1080 | MIPI | BOE |
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0.49 inch Micro OLED Display 1920X1080 MIPI Interface
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0.49 | Si-OLED, OLED | 1920(RGB)×1080, FHD 4391PPI | SPI,MIPI | BOE |
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0.5 inch 1600x1200 Micro OLED 1000 cd luminance 120 Hz
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0.5 | Micro OLED | 1600x1200 | I2C,MIPI | Panox Display |
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0.66 inch Graphic OLED Display White On Black For E-cigarette
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0.66 | PMOLED | 64x48 | I2C,SPI | Visonox/Univision |
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0.69 inch Graphic OLED Display SSD1306
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0.69 | PMOLED | 96x16 | I2C,SPI | Visonox/Univision |
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0.71 inch Micro OLED 1920x1080 LVDS 3000 nits
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0.71 | Silicone based Micro OLED | 1920(RGB)×1080, FHD 3078 PPI | LVDS | Sony |
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0.95 inch OLED On-cell PACP TP For Wearable Bracelet
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0.95 | AMOLED | 120(RGB)×240 | SPI,CPU,MIPI | BOE |
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0.95 inch OLED On-cell PACP TP For Wearable Bracelet
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0.95 | AMOLED | 120(RGB)×240 | SPI | Truly |
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0.95 inch Full Color OLED For Wearable
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0.95 | PMOLED | 96x64 | SPI,Parallal | Visonox/Univision |
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0.96 inch Graphic OLED For E-cigarette
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0.96 | PMOLED | 128x64 | I2C,SPI,Parallal | Visonox/Univision |
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1.06 inch Memory LCD Colorful/Chromatic For Wearable Bracelet
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1.1 | Memory LCD | 160×68 | SPI | Sharp |
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1.2 inch Memory LCD Colorful/Chromatic For Smartwatch
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1.2 | Memory LCD | 218(RGB)×218 | RGB | JDI |
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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.
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