Customized Electronic Paper Display Segment Code E Ink Display Screen 2.0 inch OEM
|Place of Origin:||China Shen Zhen|
|Model Number:||2.0 inch lcd display|
Payment & Shipping Terms:
|Minimum Order Quantity:||1|
|Packaging Details:||Original packaging,conventional packaging|
|Delivery Time:||3-8 works|
|Payment Terms:||T/T, Western Union|
|Supply Ability:||100000 Unit/Units per Month|
|Display Type:||Ink Lcd/epaper Screen||LCD Size:||2.0 Inch/ Customizable|
|Dot Pitch(WxH):||0.1942×0.1943||Technology Type:||A-Si TFT Active Matrix|
|Viewing Direction:||ALL O'clock||Interface:||I2C|
|Working Temperature:||0 ~ 50 °C||Storage Temperature:||-25 ~ 70 °C|
Customized Electronic Paper Display OEM,
E Ink Display Screen 2Inch
Ink Screen Size Customized Electronic Paper Display Segment Code Display Factory Rising-Sun
Ink screens come in a wide range of sizes, here are some common ink screen sizes:
Small-sized ink screens: Typically used in handheld and portable devices such as e-readers, smartwatches, and smart bands. The screen sizes for small-sized ink screens usually range from 1 inch to 7 inches.
Medium-sized ink screens: Suitable for larger devices like electronic tags, smartphones, and tablets. The screen sizes for medium-sized ink screens typically range from 7 inches to 10 inches.
Large-sized ink screens: Primarily used in large-screen devices and specialized display requirements such as electronic whiteboards, digital signage, and information display screens. These ink screens can exceed 10 inches or even larger.
Power-efficient: Ink screens consume energy only when the content changes, resulting in low power consumption and long battery life.
Eye-friendly: With no backlight and blue light emission, ink screens reduce eye fatigue and damage.
Environmentally friendly: Low energy consumption, no backlight required, and eco-friendly.
Paper-like display effect: Simulates the display of text and images on paper, providing a natural and realistic reading experience.
Wide viewing angle: Offers a broad viewing angle, suitable for multi-person viewing.
High contrast and clarity: Text and images are clear and legible, even in bright light conditions.
An ink screen is a display screen that utilizes electronic ink technology to simulate the display of text and images on paper. It provides a reading experience similar to paper, with high contrast, low power consumption, and eye-friendly characteristics. Ink screens can be applied in various devices, including e-readers, digital signage, digital writing devices, and industrial control interfaces. They offer significant advantages in providing a natural reading experience, protecting eye health, and promoting energy efficiency and environmental sustainability.
Key Features and Advantages:
Natural reading experience: Simulates the display of text and images on paper, offering a reading feel similar to physical books.
Eye-friendly and healthy: No backlight and reduced blue light emission, minimizing eye fatigue and damage.
Long battery life: Low power consumption design extends battery life, suitable for extended reading and usage.
Environmentally friendly and energy-efficient: Low energy consumption, no need for backlighting, reducing energy consumption and promoting environmental friendliness.
High contrast and clarity: Provides clear and sharp text and image display.
Versatile applications: Suitable for a wide range of devices and fields, including e-readers, digital signage, digital writing devices, and industrial control interfaces.
- Digital signage
- Digital writing devices
- Industrial control interfaces
- Electronic whiteboards
- Electronic shelf labels
- Information display screens
Please note that the above information provides a general overview of ink screens. Specific product attributes and features may vary depending on the manufacturer and model. When selecting an ink screen product, it is recommended to refer to the specific product's technical specifications and product descriptions.
Specific product parameters, attributes and features of ink screens may vary by manufacturer and model.