Samsung’s OLED TV, the QD-OLED, will be available soon

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QD-OLED TVs from Samsung and Sony will finally hit the market in 2022, after years of development. Here’s everything we know so far about cutting-edge display technology.

OLED is a technology that is used in today’s top TVs. Since 2013, only one company, LG Display, has manufactured every OLED television sold around the world. After nine years, a new type of OLED television will finally provide some competition. It’s known as QD-OLED and was initially shown off by Samsung, Sony, and Alienware at CES 2022. It’ll be available later this year. Quantum dots are combined with organic light-emitting diodes in QD-OLEDs, which could result in even greater picture quality.

We still don’t know much about QD-OLED TVs, including how they compare to current OLED TV models when they’ll be available, and how much they’ll cost. But we do know that 2022 is just the start of the QD-OLED era, a launching pad for future advancements.

So, what exactly is QD-OLED? So far, what have makers of televisions and monitors divulged about their products? What makes it possibly superior to regular OLED and LED LCD displays? Why is it referred to as QD-Display by Samsung and QD-OLED by the rest of the world? Continue reading to find out.

LCD and OLED are the two technologies that most TV consumers can now afford. Because of the small LEDs used to create light, LCD TVs are frequently referred to as “LED TVs.” A liquid crystal layer, similar to LCD TVs from 20 years ago, creates the image. Mini-LED TVs work similarly to QLED TVs, but with more LEDs in their backlights. QLED TVs are essentially LED LCD TVs with quantum dots.

OLED is a relatively new technology. Each pixel produces its own light, which is generated by a material that glows when given energy. The term “organic” refers to a substance that contains the element carbon. Their contrast ratio and overall picture quality are often better than any LCD since they can turn individual pixels off to a perfect black.

Quantum dots have been one of the most significant advancements in LCD TV technology in recent years. When light is used to activate these small spheres, they glow a certain hue. Blue LEDs provide all of the blue light as well as the energy required for red and green quantum dots to create red and green light in LCD TVs. This is what enables LCD TVs to have such a high level of brightness and color reproduction compared to older LCD TVs.

More information on the differences between both technologies may be found at LCD vs. OLED: What’s the Difference? The short version of the TV display technologies comparison is that LCD-based TVs are brighter, while OLED TVs have higher overall picture quality. MicroLED is another option, but it’s currently wall-sized and prohibitively pricey. They aren’t truly competition for LCD, OLED, or QD-OLED, and they probably won’t be for a long time.

The holy grail of contemporary image quality is combining the efficiency and color potential of quantum dots with the contrast ratio of OLED. LCDs lack the pixel-level contrast that OLEDs have. Even with mini-LEDs, their backlights are excessively coarse. While OLED TVs are brilliant, they lack the extreme brightness of LCD TVs.

QD-OLED has the ability to solve both of these problems and be more than the sum of its parts. As with most LED LCDs, a blue OLED material generates all of the blue light. This blue light is then used by a quantum dot layer to make green and red light. Because quantum dots are approximately 100 percent efficient, no energy is lost in the conversion of these hues. The current version of OLED employs color filters to produce red, green, and blue, effectively suppressing a large portion of the light potential generated by the OLED material, making it possibly less efficient.

When compared to current OLED models, the result might be increased brightness and color while maintaining the technology’s superior contrast ratio.

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