If you enjoy home theaters and the technology behind the newest TVs, I wouldn’t be surprised to read about new TV models presented last week at the CES 2021,
where LG and other companies displayed OLED TVs and Nano cell TVs. Have these upcoming televisions piqued your interest?
Difference Between NanoCell and OLED Displays? Backlit LED-LCD displays with a unique coating are used in NanoCell TVs. OLED is a different technology, and OLED TVs produce their light.
There are numerous essential distinctions, including that OLED TVs have the best picture quality, but NanoCell televisions can be brighter.
Every year, there’s a new type of television technology to master. OLED displays and LG’s NanoCell displays are two of the newest varieties. These are two distinct sorts of TVs that are frequently marketed based on similar characteristics.
We’ve already done the legwork, so you don’t have to. We’ll describe what NanoCell and OLED screens are, how they operate, and the advantages and disadvantages of each, so you know what you’re getting in this head-to-head comparison.
If you don’t have time to conduct a thorough product comparison study, we’ve also compiled a list of the finest TV models currently available on the market.
Read this mini-guide in total for a clearer picture of what Nano cell TVs and OLED TVs are all about.
Nano cell vs. Oled: Which Is Better Choice?
With the endless introductions of new TV technologies, brands, series, and ranges to read online in 2021, it would be hard for consumers to purchase an affordable TV.
OLED and Nano cell are two competing technologies that have their own sets of advantages and disadvantages. you in making a more informed selection, we’ve outlined some situations where OLED would be a superior option and others where Nano cell would be the best choice.
Choose Nano cell if:
You despise the drab colors of images (that should be completely black). With Full Array Local Dimming, LG’s Nano cell ensures that you can watch “atmospheric films.” You’ll appreciate how these LG televisions will only dim parts of the screen that need to be darker without affecting other regions of the screen.
You want to make the most of HDR video. Netflix, Ultra HD Blu-ray, Sky, and other services utilize HDR (or high dynamic range) since it provides deeper blacks, brighter whites, and over a billion colors. You may get the greatest from all types of HDR material if you have Nano cell TV.
Choose OLED if:
You’ll need a high-performance TV with excellent picture quality. OLED isn’t the newest technology on the market, but it is by far the most highly regarded by television professionals and photographers. These displays have stunning contrast, deeper black tones, and unrivaled picture performance.
You’ll need a television for your game. OLED displays will surprise you with their quick reaction time and minimal lags, allowing you to keep up with Call of Duty Game: Black Ops 4 or another game you’re currently enjoying.
In most cases, OLED displays are superior since they allow pixels to be switched off individually, have fast response times, wider viewing angles, and greater color fidelity. NanoCell is preferable in places with a lot of light and the possibility of image burn-in from a static image.
look at each of these themes in more detail now that we’ve covered the basics. I compared data from LG’s 2021 series of NanoCell displays and their OLED CX model to make my comparisons.
1. The Display Type – LED-LCD vs. OLED: Transmissive vs. Emissive
When light from a backlight shines through an LCD glass, it’s known as a transmissive display. Because Nano cell Displays are made with LED-LCDs, they are transmissive.
Each pixel in emissive displays emits light with a varying degree of intensity and color. OLED displays are emissive, which means they emit light from each pixel.
Backlights produce huge light, making the display content seem pretty vivid. The disadvantage of using backlights is that they consume a significant amount of electricity. It doesn’t help that the backlight must be on all the time, even if there is no content to view on display.
2. The display’s thickness, measured from the edge to the very center of the screen. NanoCell: 1.4 inches (35.56mm), OLED: 0.15 inches (3.85 mm)
At the low end of each display category, these thicknesses are far lower than possible, but they give you a sense of what’s feasible. OLED displays can practically be paper-thin if required. However, they will come at a high cost. Check out LG’s 2020 WX series if interested.
However, because of the additional components required beyond the screen, an OLED television is typically about as thick as an LCD television. The upper portion of the LG CX is relatively thin, but the bottom half is considerably thicker, where all of the inputs and technologies are housed.
LCDs are more consistent in-depth, but regardless, if you wall-mount them, they won’t stick out much.
3. Dimmer: NanoCell: Greyish & Bleeding, OLED: Perfect Blacks
LG’s 2020 NanoCell series features full-array local dimming, which is a technology used in LED TVs that “locally” dims the backlight behind various screen sections displaying black. Because it is location-specific, it is known as local dimming rather than global dimming.
Zones are tiny portions of the screen that may be darkened or brightened as needed, making blacks seem almost completely black like an OLED TV.
However, though local dimming may be disappointing, it does have its advantages. For example, when tiny, bright things are moving across the scene,
such as a moon crossing the night sky, the dimming zones don’t move fast enough or smoothly, and you notice them. This can become annoying while watching a movie.
The colors are vibrant. However, the screen’s brightness is insufficient. The picture was also a little grainy. Furthermore, because NanoCell still utilizes IPS technology with a low contrast ratio, blacks appear gray.
On the other hand, OLED TVs have an infinite contrast ratio because they can turn off individual pixels, resulting in perfect blacks. OLEDs also do not use a backlight. As a result, bright objects and subtitles may be seen flawlessly with no visible blooming.
4.Response time: NanoCell: 10 ms, OLED: 1.7 milliseconds
response time of a TV’s display is the amount of time it takes for its panel to transition from one color to another, and it’s an essential part of the blur we see on TVs.
A lengthy response time indicates that some pixels will turn on while others turn off. The pixels aren’t quick enough to keep up with moving objects, so you’ll notice a gradually fading blur trailing them. The higher the reaction time, the greater the trail length.
In terms of response time, there is a difference between them. The immediate response time of OLEDs is around four milliseconds, whereas that of LCDs is closer to 10 milliseconds.
It becomes noticeable to the eye after roughly four milliseconds – 10 milliseconds. Anything under 14 ms is considered to have a decent response time.
Samsung’s curved AMOLED panels offer quick response times, making them ideal for gaming or watching sports or other programs with a lot of fast action. You won’t notice if you don’t do either of these activities.
5. Viewing Angle – NanoCell: About 30 degrees, OLED: Around 60 degrees
The NanoCell uses IPS technology, which it touts as having a wide viewing angle. It isn’t as big as an OLED, though.
The NanoCell IPS technology isn’t as vibrant as other IPS displays. When you move off-center, the image fades rapidly in brightness. The color is still reasonably accurate when viewed from a slight angle,
but it begins to deteriorate rapidly when positioned more than 30 degrees away from the center.
The excellent viewing angles of OLEDs are one of their most prominent features. When viewed from a significant angle, the image is mostly accurate.
OLEDs would be ideal for a big sofa arrangement. NanoCells begin to deteriorate at 30 degrees, whereas OLED begins to degrade at 60 degrees.
6. OLED initially, but both are nearly identical after calibration.
According to reviews I’ve read after calibration, OLED and NanoCells televisions have nearly perfect color accuracy. Without the use of a colorimeter, any color or white balance errors will not be visible.
Any remaining mistakes are undetectable without the aid of a colorimeter.
This is an extremely close race, with no obvious winner.
7. Permanently Burnt-In – NanoCell: There is No Risk, OLED: There Is A Risk
NanoCell displays do not have long-term burn-in, but they may develop some short-term burn-in.
OLED displays have a disadvantage in that they may develop burn-in. On the other hand, cell phones feature OLED screens with the potential for burn-in if watched too much YouTube material.
If you use your phone mostly while it’s portrait mode, there should be no problems. People who keep their phone upright when watching lots of YouTube videos experience cell phone burn-in due to frequent static displays such as those seen on a PC monitor or as a menu screen.
Three features may be used to help prevent burn-in on LG OLED TVs. Using the Screen Shift option and adjusting the Logo Luminance to “Low” might assist with this. There’s also a Pixel Refresher that can be activated manually.
It’s only natural for you to wonder why the TV is so much less bright than your computer screen. The reason has to do with contrast ratios designed into various displays. A typical contrast ratio of 1000:1 may not be sufficient to preserve image quality when displaying dark colors on a white background after long-term viewing.
As well as causing burn-in issues, this makes NanoCells an excellent candidate for usage as a computer screen or restaurant menus. If you’re using the TV to watch television or movies, you won’t have any trouble with burn-in.
8.NanoCell: Mid, OLED: High
The manufacturing costs of OLEDs are considerably higher, and they are also more expensive than LED-LCDs. NanoCells fall somewhere in the middle, as it is a new technology. And just like with other technologies, you can anticipate pricing to drop each year.
Which One Should You Choose?
The color, brightness, and vibrancy of display screens are constantly being sought after by TV manufacturers. The whites should be bright, the colors should be vivid and accurate, and the blacks should be dark and natural.
Is it worth it to spend more on a giant TV? With models ranging from a budget Nano cell to a more expensive OLED, you’re sure to discover one that meets your needs.
I’m generally ready to write off any backlit-LED screen. The blacks are never deep enough in comparison to OLED (nothing matches a pixel that’s incorrect for black reproduction), and the colors are usually oversaturated to make up for it.
Nano Cell is a different story.
The new Nano cell versions’ blacks are particularly vibrant, standing against their sleek curves and brilliant colors.
OLED displays have generally been the best for black performance, but the Nanocell will amaze you with how black it can get.
its depends on how much you believe that black-heavy material will affect you.
For me, the essential aspect is price. King of cash in the TV world is no longer valid; you don’t have to spend a lot of money these days to acquire an eye-catching display.
That’s where LG Nano cell TVs shine: given the amount of bang for the buck you receive, they’re unrivaled.
The LG Nano cell 2020 range, while not as spectacular as the OLED models, offers you a bigger screen for hundreds or even thousands of dollars less.
The amount of money you’ll have to spend on a 65-inch TV depends on the brand and model, but they are typically less than $5,000 in Australia. The LG CX OLED is currently available for $5399, which is an even more affordable option.
For example, the 65-inch LG Nano cell NANO91 65-inch model will cost you around $3299 RRP. It’s a lot of television for the price, especially considering that the 65-inch LG CX OLED we tested costs about $5399.
I’m not sure what brand and model of TV you have, but I will try to answer your question in general. To summarize, this is the price difference between “Signal” and “No Signal,” as well as the actual savings when comparing the same brand (but different models). If you only have a limited budget for a new TV, I recommend going with Samsung.
They offer TVs that are generally very good at HDR10 or Dolby Vision. The downside may be that they also give up on 4K resolution! -> Saving $2100 by purchasing a soundbar instead of an expensive curved LED TV might seem like a too much money at first glance; if you consider all of these added costs over time.
However, if you’re seeking complete picture quality, you’ll have to stay in the OLED realm.
However, as someone who replaced both TVs in his living room with OLEDs,
I can vouch that the Nanocell delivers comparable color reproduction and receives a good mark for black levels.
Don’t get me wrong: LG’s OLED TVs will never let you down. It’ll always be at the Nano cell in a battle, but when it comes to how much you have to spend for a great screen, the Nano cell offers more value for less money.