What makes QD-OLED so exciting?
QD-OLED is an OLED panel that not only inherits the advantages of past OLED panels, oled panels manufacturer but is also more powerful in some ways.
The QD-OLED has the following characteristics:
The quality of the screen should be better.
Improved screen reaction time and game performance.
The contrast should be higher.
Colors in a wider range.
It is possible to combine quantum dot technology (QD) with OLED panel technology.
What causes QD-OLEDs to have a higher contrast?
QD-OLED boasts a superior contrast ratio as each pixel can be independently lit, unlike LCD screens which rely on backlight control to switch the backlight on/off. With LCD, even black scenes require the backlight to be turned on, resulting in a grayish appearance due to external lighting. flexible OLED In contrast, OLED simply turns off the display pixel for a true black screen. This greatly enhances the gaming experience, particularly with HDR content.
LEDs
Reaction time that is extreme
There are several displays in the realm of esports with a label of 1msGTG. However, it should be noted that this is not the ultimate speed, as organic matter possesses self-luminous qualities and can respond in under 1 millisecond, surpassing the previous limit of 0.1 milliseconds for LCD screens. china oled This is because each OLED pixel has the ability to split light, resulting in remarkably clear visuals and quicker response times. In contrast, traditional liquid crystal displays are limited by their technology, causing slower reactions even with advancements in liquid crystal technology. Indeed, the most recent rapid liquid crystal technology still falls short compared to the innovation of OLED technology.
In the presence of an organic light-emitting diode (OLED), a quantum dot (QD) emits light
When light passes through the color filter, the brightness is slightly reduced. In the past, OLeds used a color filter to produce RGB. By penetrating through the QD material layer, Qd-oled eliminates the need for some color filters, based on the blue light emitted by organic materials, and generates green, red, and blue, thereby preventing ambient brightness loss and enhancing color gamut. Brighter colors with less loss of brightness.
Lighter and thinner
QD-OLED, also known as OLED, boasts lighter, thinner, and more flexible characteristics. Due to the organic layer being thinner in OLEDs compared to LCDs, they are easier to install and save space on desktop displays. Furthermore, the flexibility of OLEDs has been utilized in foldable smartphones and tablets for their unique bending capabilities. This same flexibility allows for increased curvature on displays and an enhanced immersive experience.
The risks associated with organic light-emitting diodes (aging)
When talking about the issue surrounding organic light-emitting diodes, there is a common concern regarding screen burn-in caused by extended use. This is because Oleds are composed of organic components, making them susceptible to image retention when displaying the same image for a long period. However, panel suppliers have introduced new technologies that utilize different materials, potentially prolonging the lifespan of QD-OLeds. Understanding the concerns of our users, MSI has taken steps to address this by creating MSI OLED Care - a program aimed at helping users maintain and protect their OLED displays and offering warranty services.
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