As automotive technology continues to upgrade and consumers have higher and higher demands for cars, automotive display technology is also constantly developing and being widely used. OLED (Organic Light Emitting Diode) technology is a new display technology with the characteristics of self-illumination, high contrast, and fast response. It is widely used in smartphones, tablets, TVs and other fields. In the automotive field, the application of OLED technology is also gradually increasing, especially in the field of automotive displays. More and more car brands choose to use OLED technology as the core technology of their in-car displays. So, why are OLED car displays so popular? Next, this article will interpret the latest technology of OLED automotive displays and introduce them in detail from three aspects: technical characteristics, advantages and applications to help readers fully understand OLED automotive displays.

 

1. Technical characteristics

 

1.Self-illuminating properties

A distinctive feature of OLED technology is its self-luminous properties. This means that there is no need for a backlight, but the light is generated by the light-emitting device itself, and can emit light in a dark environment. OLED displays have better contrast and deeper blacks than traditional LCD displays because it displays blacks more naturally.

 

2.Quick response

 

Another notable feature of OLED technology is its fast response speed. OLED displays are very responsive because each pixel is controlled by a light-emitting device, unlike LCD displays that require time to adjust the liquid crystal molecules. This means faster response times when switching images.

 

3. Ultra-thin and lightweight

 

OLED displays are made from some very thin organic materials and can be made into very thin displays. This means OLED displays can be made very light and easy to install, allowing for larger displays to be installed inside cars.

 

4. Flexible display

 

OLED displays can be made into flexible displays, such as bending, folding, curling, twisting and other shapes, which enables strong creativity and freedom in its application inside cars. For example, using curved OLED displays on car dashboards can provide a more eye-catching display.

 

2. Advantages

 

1. Provide better picture quality

 

OLED technology can provide higher contrast and softer colors, and has higher perspective, displaying pictures at different angles with relatively high clarity, which is better than traditional LCD displays. Because this display can more precisely control the luminous intensity of each pixel, providing higher contrast and deeper blacks.

 

2. Save energy

 

Unlike LCD displays, OLED displays do not require a backlight and only consume energy when the pixels emit light. This makes OLED displays more energy efficient and longer than LCD displays, while also extending car battery life.

 

3. More suitable for curved displays

 

OLED technology can be used to create flexible displays that can be bent and formed into curved shapes without affecting their display functionality. This is a huge advantage for applying OLED technology inside cars, as displays inside cars often require custom installations with many irregularly shaped parts. OLED technology can make displays inside cars more adaptable to these special shape and size requirements.

 

3. Application

 

1. Cockpit display

 

OLED technology can provide better cockpit displays, such as driver information and entertainment information, and can provide clearer, more detailed, and more rhythmic display effects, helping to improve the safety and comfort of car drivers.

 

2.Multimedia entertainment

 

In-car multimedia entertainment experience is one of the key needs of many car consumers. Car entertainment displays using OLED technology not only provide better picture quality, but also improve the viewing experience and can provide better sound effects, videos and images.

 

3. Navigation function

 

OLED technology can provide better navigation functions, including high-resolution maps, 3D displays and faster response times. It can also provide drivers with more real-time traffic information and more predictive route tips, providing a better driving experience and faster commute times.

 

4.Camera image

 

Vehicle-mounted monitoring systems and vehicle-mounted camera systems can also apply OLED technology, such as reversing images, vehicle side blind spot monitoring, etc. OLED displays can provide higher resolution and higher perspective, improving the driver's accuracy in detecting dangerous situations around the vehicle. sex.

 

To sum up, OLED car display has technical characteristics such as ultra-thin and lightweight, self-luminous, fast response, and flexible display. It is superior to traditional LCD car display in that it can provide better picture quality, save energy, and is more suitable for bending. With advantages such as display screens, it can be used in many fields such as cockpit displays, multimedia entertainment, navigation functions, and camera images. Therefore, OLED automotive displays are quickly becoming one of the core technologies in the automotive industry and are favored by more and more consumers.