What is QLED Display and how is it different from OLED?

Do you know what this QLED is? If you have currently gone to the shop or showroom to buy TV, then QLED TV must have come in front of you.

But just looking at it, it is difficult to tell what differences have been brought in QLED technologies compared to OLED. Because these technologies are often not very different in appearance.

Where QLED TV is a proprietary panel technology developed by Samsung for its top-tier televisions. By using a metallic quantum dot filter in it, QLED panels enhance color and contrast, increasing its HDR and 4K images capability as compared to other non-quantum dot LCD-LEDs.

They are often similar in appearance to OLED and QLED but there are many differences in their technologies. So today I thought why should you be provided complete information about what QLED TV is, so that you people can also understand it better. Wherever you too can choose the right TV for yourself.

Then without delay, let's start and know what this QLED is in Hindi and how it differs from OLED.

The full form of QLED is Quantum Dot LED. Its name is because quantum dot technology is used in this TV in an LED panel.
Quantum dot + LED = QLED.

By the way, this is not a new technology, rather it is the fourth-generation quantum dot which was first introduced in Samsung’s TVs in 2015.

It has been launched to compete with Mezhuda OLED TV. In this, Samsung says that superior technology has been used in QLED and it has more advanatges than OLED.

What are the features of QLED?
Now let's know more about the features of QLED.

1. QLED has full form Quantum dots Light Emitting Diode.

2. QLEDs are made of quantum dots which are tiny semiconductor crystals whose sizes range from 2 nm to 10 nm.

3. Quantum dots emit color light based on the energy gap of the materials used in them and their size. The larger their dimension is, the greater will be the wavelength of the emitted light.

4. Different semiconductor combinations are used in the manufacturing of quantum dots in which CdSe, CdS, PbSe, PbS, InAs, InP, etc. are prominent.

5. QLEDs do not produce light on their own. Rather QLEDs use backlight units for illumination. This light, which is emitted, is passed through series of plates from the backlight, which eventually creates an image.

6. The six layers that are used to create a color image are backlight panel, reflector, polarizing filter, TFT array, color filter glass, quantum dots color filter and polarizing filter.

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