Samsung OLED TV with quantum dots could challenge LG as soon as next year

Samsung OLED TV based on quantum dots could ship in 2022, says report

Samsung-culed

Samsung’s 2021 Neo QLED TVs pack some fancy enhancements, but they are still based on LCD technology.

Samsung

There are two TV technologies available to most people right now: LCD And OLED. Sure, people with tons can get a MicroLED TV, But only mortal people have two options. Samsung is the largest TV manufacturer in the world Firmly in LCD camp For many years, while Crosstown rivals LG is the biggest name in OLED. LCD, Despite Advancement QLED, Mini led And Dual panel, has always Lagged behind OLED Overall picture quality.

Now Samsung is working on a new kind of TV, which aims to combine two display technologies into more than the sum of its parts. It is a hybrid between OLED and quantum dots Called QD Display. According to Korea IT News, Samsung Display will cease production of LCD panels by the end of 2021, moving to QD displays next year. At the same time, Samsung Electronics may start selling these new TVs in early 2022.

Here’s what we know so far.

Samsung’s $ 11 billion bet on quantum dots

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I’m sure the small palette jack is no problem that the crate will pick up.

Samsung

Samsung has been selling LCD TVs augmented by Quantum Dots for the past few years under its QLED brand, but its Last (and only) OLED TV It was closed over a decade ago. In October 2019, Samsung Display announced that it is building a factory to produce TVs that combine these technologies:

Samsung Display will invest 13.1 trillion won by 20.1 “Q1 line,” the world’s first QD display mass production line in Asa Campus. The new line is scheduled to begin production in 20,000 with an initial 30,000 sheets (8.5 generations) and will produce 65-inch or larger QD displays.

It is an investment of about $ 11.1 billion. While the company calls it “QD Display”, it is not Electroluminescent, aka “direct view” quantum dots. That technology is still many years away. It is going to be a QD-OLED hybrid.

At the time of the announcement, South Korea’s President Moon Jae-in also referred to Samsung’s rival LG regarding Korea’s location in world TV production: “It is important to maintain the top spot of the global display market with game-changing technologies , “Moon said. “Following LG Display’s 3 trillion-won investment in large OLED panel production in July, Samsung Display’s latest investment plan further brightens prospects.”

One thing you may have noticed is that Samsung is calling this “QD display”, which can be confusing as it is not direct-quantum dots (more on these later). Since LG has spent years being the only name (figuratively and literally) in the city for OLED, it is unlikely that Samsung will call any version of this technology OLED. We’ll probably have to wait until CES 2022 to find out how it brands the new TV.


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How QD-OLED will work

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A simple diagram of how the QD-OLED hybrid will work. A blue OLED material will form all blue light, as well as light energy using red and green quantum dots will produce red and green light.

Samsung

So how will it work? Nanosys, a company that makes quantum dots, has shared some details. Its CEO, Jason Hartlowe, relies heavily on technology that relies on converting light from an OLED panel:

“Quantum dot color conversion is a new way of providing displayed color,” he told CNET. “The result is pure quantum dot color with much higher efficiency because the color filter loses no light.”

The combination of quantum dots and OLEDs play to the strengths of both technologies. To consider with any TV Building red, green and blue light. LED LCDs with quantum dots, such as Samsung’s current QLED TVs, Use a layer of blue LEDs and quantum dots To change that blue to red and green. With the current version of OLED, Yellow and blue OLED materials make “white” light. In both cases, color filters only pass what color is required for that specific subpixel.

The idea with QD-OLED is to simplify these designs into one, using OLED to create blue light, and then a quantum dot layer to convert some to blue and red.

Cudec-Olade

How nano-QS-OLED will work. The Samsung version will likely be similar. A blue OLED layer produces blue light, which passes through a quantum dot color conversion (“QDCC”) layer that converts that blue color into something red and green. Thanks to how quantum dots work, it is significantly more efficient than using color filters.

Nanosci

This method has many advantages, in principle. By using only one color or material of OLED, the manufacturing cost is reduced because it is easier to manufacture. LG, for example, uses only two OLED materials, blue and yellow, for every pixel in the entire display. Light-blocking color filters make green and red. QDs have around 100% efficiency, which is much better than filters, so in theory hybrid TVs would be much brighter. In addition, there is also the possibility of Broad color gamut At all brightness levels.

Cude-Olead

On the left, the current version of OLED. In LG’s case, “white” is a combination of blue and yellow OLED materials. On the right, how QD-OLED would work using only blue OLED, and then some with red and green quantum dots would have to be converted.

Nanosci

Because every pixel can be switched off, these hybrid TVs will also be unreliable Contrast Ratio OLED is known for.

Since blue OLED materials still age faster than red and green, having one color of the entire panel means that the TV ages more uniformly with no color shifts. Keeping aging to a minimum, and thus having a TV that does not seem to dim after a few years, is one of the major manufacturing issues. This is especially true in Hdr Age of extreme brightness levels.

nanosys-dic-ink-jet-printed-qdcc-sid-2018-closeup-of-qd-pixels.png

A very, very close view of the QDCC layer. It can have either blue LEDs or blue OLEDs behind it. Either way, the color it emits is red, green, and blue.

Nanosci

While this new Samsung plant is focusing on TV-size displays, the technology can also work in phone-size displays. Since Samsung does not have any issues that are making excellent small OLEDs, I would be surprised if it is in any rush that might upset that market as if it is something advanced. Also, Samsung’s phone-sized OLEDs use red, green, and blue OLEDs compared to LG’s blue-yellow. Samsung tried to make RGB OLED TVs and simply could not make them profitable. What’s more likely, and mentioned in the latest rumors, is that they will use this technology to make ultra-high resolution 8K computer monitors with a TV screen.

As previously mentioned, it is clear that Samsung strongly believes in this technology, as it is ending production of LCDs in its factories in Korea. This does not mean that it will not start selling from next year. someone LCD. Samsung is a big company, and part of the company makes LCD, Samsung Display, Stopping Production. That part of the company Sells The TV, Samsung Electronics, has not made any such announcement. In fact, part of the most recent delay was Samsung Electronics needing LCD panels before they were ready to start selling QD-OLED panels. They have worked for 2021, and most likely will source their LCD panels from third parties.

in future

QD-OLED seems right around the corner. But what about future display technology going forward? Well, quantum dot people think Direct-view quantum dot display is just a few years old. These will not be about electroluminescent quantum dots or ELQDs, all the benefits of OLEDs, all the benefits of QDs and any issues of LCDs or OLED’s wear and longevity concerns. A very promising technique indeed.

Other new TV technologies that are already coming on the market are extreme high end of the market anyway MicroLED. It has many of the same benefits as the QD-OLED hybrid, but doesn’t revolve around with those pesky organics. Affordable versions of that are still at some distance. Oh, and microLEDs also use quantum dots. They are an attractive technique to use Beyond tv screen.

Meanwhile, we have got Mini led, Which is very good and less expensive than any of them.


Along with covering TV and other display technology, Geoff also undertakes photo tours of cool museums and locations around the world Nuclear submarine, Large scale aircraft carrier, Medieval castle, Airplane Cemetery even more.

You can follow her adventures on Instagram and YouTube, and on her travel blog, Baldonad. He wrote a sequel as well as a bestselling sci-fi novel about city-sized submarines.

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