nano cell lcd displays price

Every year, it seems like there’s a new kind of television technology to learn about. Two of the newer types are OLED displays and LG’s NanoCell screens. These are two quite different kinds of TV that are often marketed around similar features.

We’ve done the research, so you don’t have to. In this head-to-head article, we’ll explain what NanoCell and OLED screens are, how they work, and cover the pros and cons of each, so you know exactly what you’re getting.

LG NanoCell TVs are very similar to traditional light-emitting diode (LED) and liquid crystal display (LCD) TVs. Yes, they are still backlit and offer the same resolution as other 4K televisions.

The difference is that NanoCell utilizes an extra layer of nanoparticles which acts as a color filter and improves the vividness and accuracy of displayed colors. In this way, they"re actually more similar to QLED displays.

How does this work? Pixels in a TV display are red, green, and blue. Combinations of these colors can produce millions (or a billion in the case of NanoCell TVs) of possible colors.

The color filter used in NanoCell TVs filters out “unwanted light wavelengths.” In other words, it filters out light that would result in the wrong color being displayed. This improves the red, blue, and green colors that are displayed on the NanoCell TV. It also improves the purity of whites and blacks that you see on the screen.

Some NanoCell TVs also offer something called full-array local dimming (FALD). This technology dims the backlight on the TV in dark areas, providing darker blacks and shadows and improving the dynamic range of the screen. This provides a similar effect to OLED TVs, but for a much lower price.

One benefit of this is that it’s possible to achieve “true black” where parts of the TV can be completely dark. This is possible because when the TV area is black, the pixels are actually turned off. In addition, having each pixel individually lit means that OLED TVs have a very high dynamic range—much better than standard LEDs and NanoCell TVs.

OLED screens have a faster response time than older LED and LCD screens meaning that it’s excellent for fast motion video (such as sports or gaming). Check out our list of the best gaming TVs for PS5 and Xbox Series X/S for specific recommendations.

LG’s NanoCell TVs are in-plane switching (IPS) and LCD screens. These kinds of screens offer a very wide viewing angle. The NanoCell TVs have a second feature, a nanoparticle layer able to filter out incoming wavelengths of light that would negatively affect the color and brightness of the screen.

The filter primarily helps with the reds and greens, meaning that the color can’t “bleed” onto other parts of the screen. The result is that NanoCell TVs have very accurate colors compared to other LED screens. So, when it comes to NanoCell vs. LED, LG"s panel has the upper hand.

Because each pixel is lit independently, OLED screens have insane image quality, use less power, and have faster response times than the older LED and LCD competitors. If that"s exactly what you"re looking for, here is our list of the best OLED TVs on the market.

In most cases, OLED outperforms LG’s NanoCell TVs. OLED offers better image quality, better gaming performance, lower power consumption, deeper blacks, brighter whites, and gorgeous color.

The NanoCell, however, is better for use in brighter rooms and doesn’t come with the risk of burn-in that OLED has. NanoCell TVs are also much cheaper than OLED TVs.

When researching the best TVs, it’s common to see discussions about Nano Cell TV vs OLED. This is because both TV types deal with the screen’s color display depth and pixel lighting. And while each light source is similar, there are a few key differences. With this in mind, when shopping for TVs, it can also be good to know about OLED 4k vs QLED 8k.

An LG NanoCell TV uses a backlit LCD-LED display. On top of the display is a thin screen with small (nano) particles that absorb any unwanted light wavelengths and filter out any inaccurate colors. As a result, these nanoparticles provide sharper images, vibrant color, and greater black levels. And some say that while OLED triumphs at offering superior blacks, Nano Cell TVs have more screen brightness. Be sure to check out our LG SM9000 review for a TV that uses NanoCell so you can see if it is right for your needs.

Both options offer stunning visuals, but the OLED display technology is superior because it reflects true light, which provides a more accurate picture. For gamers in search of a screen, it’s also helpful to understand the differences between monitors vs LED TVs. Additionally, you can check out this comparison of LED vs LCD TVs.

When it comes to shelling out the bucks, LG NanoCell TV steps into the spotlight. On the other hand, while offering deeper blacks and more accurate colors, OLED TVs are far more expensive. Typically, an OLED TV will start at around $2,000, while LG NanoCell TVs can begin at about $500. You can check out our LG C9 OLED review to see if it fits in your budget.

Because OLED TVs don’t have a continuously running backlight, they are more energy-efficient. LG NanoCell TVs use a constantly running backlight and, therefore, more power. However, the difference isn’t extraordinary when it comes down to it. If you aren’t sure what backlight means on a TV, you can read our article. Additionally, you should know the difference between TV backlight vs brightness.

NanoCell TV technology operates with an LCD-LED backlight with a layer of nanoparticles. These nanoparticles filter out oncoming wavelengths that affect the accuracy of the onscreen color.

Choosing between the two always comes down to use case and budget. OLED offers better picture quality, while NanoCell is more affordably priced. Many also say that NanoCell TVs come with features that make them great for gaming. c

Absolutely. When considering both price and image quality, NanoCell TVs are an excellent option for a mid-ranged priced TV. Also worth checking out is the Samsung QLED, which uses quantum dots to amplify colors. This quantum dot technology is similar to NanoCell, but has its differences.

It seems like every year there is a new term to learn when it comes to TVs. OLED displays have been around a few years now, but the latest new buzz word from LG is NanoCell. I wasn’t sure what this meant at first, so I went and did the research. Here is what I found.

What Is the Difference Between NanoCell and OLED? NanoCell TVs use Backlit LED-LCD displays with a special coating for a sharper image. OLED is a completely different technology and OLED TVs emit their own light. There are several significant differences, but among the most important are that OLED TVs have the best picture quality, but NanoCell TVs can be brighter.

The side-by-side videos you may find on YouTube don’t really do the two displays justice. It’s hard to see the differences just by watching a regular movie or show with the screens next to each other. There are special test patterns that make the differences more obvious, as well as just plain knowing what to look for. Knowing what to look for is where this article can help you. Take a look at this table, and then I’ll dive into more detail on each.

LG, known primarily for their OLED display technology, has been heavily promoting their new LCD technology called “Nano Cell” recently. The exact inner workings are a closely held secret, but it is sure creating a buzz.

What is LG’s Nanocell TV? LG’s NanoCell TV displays use a combination of two technologies. First is the IPS LCD screens that allow for a wide viewing angle. Second is particles built into the screen to absorb unwanted light wavelengths, allowing for a broader color range.

The actual Nano Cell technology is a proprietary secret that LG doesn’t want its competitors to know. This is basically all that LG says about the technology:

LG Nano Cell technology uses particles to absorb unwanted light wavelengths and enhance the purity of the red and green colors displayed on the screen. In addition, they create subtler, more accurate colors that stay true, even at wide viewing angles. So, even if the whole family is gathered around the TV, everyone has the best seat in the house, whether they’re front and center, or across the room and off to the side.”

LG touts that NanoCell displays support over one billion colors. Nevermind the fact that the eye can only distinguish between 10 million colors (Hey, that’s still pretty good.) (According to Wikipdeia.) LG also provides us with this cool chart to show what light is being filtered in order to achieve that.

Nanoparticles absorb the extra light at the unwanted light wavelength and cut down on color bleed from RGB colors displayed on the screen. The displays are able to create more accurate colors with narrow bands. This is because red, green, and blue are used to create all the colors we see. When a pixel bleeds off color in between one of these three colors, it is not able to display the exact color intended. In other words, it can’t display as many colors and the image is less realistic.

The wide viewing angle is a technology that’s been around for a while. LG is able to provide a wide angle for viewing by using In-Plane Switching (IPS) Liquid Crystal Displays (LCDs).

IPS technology improves the viewing angle compared to other types of LCD displays on the market. LG is a major technological leader in this space. The way IPS technology increases the viewing angle is by reducing color distortion. This is done by holding the liquid crystals parallel to the screens orientation (which is perpendicular to the viewer), This causes the diffracted color coming through the LCD to appear uniform to the viewer.

What is OLED? OLED stands for Organic Light Emitting Diode. OLED displays are self-illuminating which eliminates the need for LED backlighting. This allows for a number of performance improvements, including true black and wider viewing angles than LCD TVs. The screens can be as thin as 8mm and can even be used in curved televisions.

Which is Better, OLED or NanoCell? In most applications, OLED displays are better because they can individually turn off pixels, have near instant reponse times, wider viewing angles, and better color accuracy. NanoCell is better for use in bright areas, and when there is the risk of image burn-in from a static image.

I provided a table at the beginning of this article for quick reference, but let’s take a closer look at each of those topics now. For my comparisons, I used data for LG’s 2020 series of NanoCell displays and their OLED CX model.

Typically, though, an OLED TV ends up being about as thick as a LCD TV because of the electronics needed beyond the screen. For example, the LG CX is very thin on the upper half, but is thick on the bottom half where all the inputs and electronics are housed. LCD screens are more uniform in depth, but either way, the displays won’t stick out much if you wall-mount them.

LG’s 2020 NanoCell lineup uses a feature they call full-array local dimming. Local dimming is a feature on LED TVs that “locally” dims the backlight behind parts of the screen that are displaying black. Its called local because it is location specific, and not the whole screen. These local sections are called zones, and different zones can be dimmed or brightened as needed. This makes blacks appear almost completely black, like an OLED screen.

OLEDs have a near immediate response time, where as LCDs tend to take a little longer. Around 4 ms – 10 ms is where it starts to become noticeable to the eye. However, anything under 14 ms is considered to be a good response time.

There is something about the NanoCell technology that makes it not as vibrant as other IPS displays. If you move off-center, the image quickly loses brightness. Color-wise, you can still get a decently accurate image when viewing from a slight angle, but it really starts to diminish once you get more than 30 degrees off-center.

OLEDs have great viewing angles. The image remains mostly accurate when viewing from a significant angle. OLEDs would be great for a wide seating arrangement. NanoCells starts to drop off at about 30 degrees, whereas OLED starts to drop off at 60 degrees.

According to reviews I’ve read, OLED TVs tend to have a truer color straight out of the Box, OLED and NanoCells, after calibration, have color accuracy is nearly perfect. Any color or white balance inaccuracies aren’t visible without the aid of a colorimeter. Any remaining inaccuracies aren’t visible to the naked eye.

OLEDs, however, do suffer from burn-in. That said, if you watch varied content you shouldn’t have a problem. Burn-in becomes a problem if there are constant static displays, like if it’s used as a PC monitor, or as a menu screen. Cell phones often have OLED screens, and burn-in from watching to many YouTube videos is a problem for people who keep the phone vertical.

This makes NanoCells a good choice to use as a computer monitor, or for restaurant menus and he like. If you use the TV to watch television or movies, then burn-in should not be an issue.

OLEDs are more expensive to manufacture, and cost almost twice as much as a standard LED-LCD. NanoCells are somewhere in the middle, as it is a brand-new technology. And just like most tech, you can expect the prices fall each year.

LG’s OLED has been one of the best display technologies for quite some time. Whether they are used in LG’s own OLED TVs or in another brand’s (Sony, Panasonic) OLED TV lineup, OLED offers superior image quality and vibrant colors. Nano Cell technology on the other hand is LG’s way to increase the picture quality and color range of its LCD / LED TVs, particularly in their high-end LED TVs and make their performance close to OLED TVs. In this article, we will explore the world of OLED and NanoCell technologies and compare OLED vs Nano Cell with their pros and cons.

We will also see the differences between OLED and NanoCell TVs with respect to some important specifications (display type, viewing angles, burn-in, etc.). Finally, we will try to figure out which is the best for you in OLED vs NanoCell. So, let’s get started.

The standout feature of OLED display is that the panel itself acts as light source. Each pixel (the smallest display element) in an OLED TV can emit its own light. This is in contrast to the popular LCD TVs, which require a separate source of backlight (previously fluorescent lamps but almost all modern LCD TVs use LEDs for backlight) to illuminate the pixels.

So, OLED TVs doesn’t require any backlight as they can produce their own light. What are the benefits of this? As each pixel emits its own light, we can control each pixel to turn OFF during dark scenes to produce stunning blacks. The rest of the image displays its own colors but the dark parts of the images will be completely dark.

This improves the contrast of the display and there is no problem of backlight bleeding in OLEDs. Another important benefit of OLED is viewing angles. For LCD TVs, viewing angles has always been a problem, where you have to sit significantly straight in front of the TV and if not the colors of the image look washed out.

NanoCell TV is a type of LCD / LED TV from LG, particularly their IPS panel LCD TVs. Before understanding NanoCell technology, let us first take a quick look at IPS technology (In-plane Switching).

Earlier LCD TVs used vertical alignment of liquid crystal. Due to this, if you sit slightly off-center from the TV, the picture quality appears low and also the colors on the TV looked washed away.

If IPS is already better than previous LCD technologies, what is the use of NanoCell technology? Even though IPS fixes the viewing angle problem of LCD TVs, the colors produced by an LCD TV are still not the best. NanoCell TVs use nano particles at individual pixels and they absorb unwanted light to enhance the primary Red, Green and Blue colors on the screen.

Of the three, only Nano90 series of TC have full array local dimming while Nano80 series has regular local dimming and the Nano75 series doesn’t have any local diming at all. Also, Nano90 series has native 120Hz refresh rate, while the remining two have only 60Hz native refresh rate.

OLED TVs, due to their self-emitting pixels, are called as Emissive Displays where as NanoCell TVs, which are a flavor of LCD TVs with LED backlighting are called as Transmissive Displays.

If you have your friends or family around to watch a new movie or a TV Show, then you don’t have to fight to take the spot straight in-front of the TV, either it is an OLED or a NanoCell as they both essentially have wide viewing angles. That being said, if you compare between OLED and NanoCell, OLED is clear winner in terms of viewing angles and color accuracy at wider viewing angles due to their self-emitting pixels.

Both OLED and NanoCell TVs have excellent color accuracy and the main concept of NanoCell is to improve the color quality of the picture and make it as perfect as an OLED TV.

Again, OLED is the clear winner here, both in terms of deep black levels and also individual pixel dimming. But NanoCell TVs with full array local dimming are also excellent at dimming but the black levels are still greyish when compared to OLEDs.

OLED TVs have one of the lowest response times out there with values as low as 1ms. NanoCell TVs are also good but the response times are between 5ms to 10ms.

One main concern of OLED TVs is burn-in. It is a situation where the display permanently displays one image (usually a news channel logo or something similar) at a location if it is displayed for too long. You have to be worried about burn-in problem in OLED TVs if you watch content with static images on screen (such as new channels) for a continuous period.

That being said, modern OLED TVs are less prone to burn-in with a screen shifter technology. NanoCell TVs on the other hand doesn’t have a burn-in problem at all.

The last and the important factor is the cost of OLED vs NanoCell TVs. LCD TVs have become quite popular over the years and the manufacturing cost also came down significantly. As a result, the cost of NanoCell TVs is significantly lower than OLED TVs.

Finally, which TV is better: OLED or NanoCell? If you want ultimate picture quality with stunning black levels, then there is no other TV as OLED. The vibrant colors, individual pixel level control, deep blacks allow you to have the ultimate movie watching experience. If you are a gamer, then OLED TVs offer you with good visuals, low input lag and fast response times. The main problem with OLED TVs is the cost. You have to spend a little extra to get all these features.

NanoCell TVs on the other hand also have good color accuracy and viewing angles (even though they are less than OLED counterparts). For watching movies, we recommend NanoCell TVs with full array local dimming. LCD TVs in genera have higher peak brightness than OLED TVs and hence watching HDR content on NanoCell TV will be amazing.

If you’re in the market for a smart TV, you’re probably weighing NanoCell vs OLED options for your next upgrade. The truth is, NanoCell and OLED are two quality yet different TV models. How do the two compare, and which is better? Let’s see how both displays stack up against each other using side-by-side comparisons, must-know facts, and pros and cons.

OLED stands for Organic Light Emitting Diode. Its self-illuminating displays eliminate the need for LED backlighting. As a newer digital display technology, OLED doesn’t require a backlight to show images. Instead, each pixel is individually lit.

With OLED, it’s possible to achieve “true black,” where some TV parts can be completely dark. The logic behind this is simple. When the TV area is black, the pixels are turned off. OLED TVs are highly rated by TV experts and photographers alike for their contrast, deep blacks, and excellent dynamic range.

Despite their incredible image detail, OLED are more expensive than most LED TVs. Some models cost twice the price of LG Nanocel TVs. Not to mention, there is always the remote risk of a “burn-in”, when an image freezes on the screen.

LG NanoCell technology uses particles to absorb unwanted light wavelengths and enhance the purity of the red and green colors displayed on the screen.

In addition, they create subtler, more accurate colors that stay true, even at wide viewing angles. LG touts that NanoCell displays support over one billion colors. Never mind that the physical eye can only distinguish between 10 million colors.

Nanoparticles absorb the extra light at the unwanted wavelength and cut down on color bleed from RGB colors displayed on the screen. The displays can create more accurate colors with narrow bands using red, green, and blue.

REAL 4K NANOCELL DISPLAY: Bring your favorite shows to life with a billion rich colors. Get deep blacks and enhanced contrast for a more detailed picture with Full Array Dimming.

From user reports, OLED displays are better because they can individually turn off pixels, have near-instant response times, wider viewing angles, and better color accuracy. NanoCell is best used in bright areas.

OLED performs at a high level and supports quality viewing but at a high price, while NanoCell is more affordably priced. So, if you have the budget, OLED is a good choice. Although many also say that NanoCell TVs come with excellent features that enhance an immersive gaming experience.

The bottom line is NanoCell vs OLED are two common monitor types, with their pros and cons. They’re inherently different, and each excels in a distinct set of scenarios. Ultimatel, the choice of NanoCell over OLED TVs comes down to use case and budget.

Experience television as never before. LG NanoCell TV delivers enhanced 4K movies, sports and gaming. Raising the benchmark in LED picture quality, our Nano Color technology brings natural, lifelike color, while Nano Accuracy offers more precise color and wider angles. And with the latest AI, the LG NanoCell TV elevates everything across picture, sound and connected home. Discover just a few of the features available in our collection.

• Over a billion rich colors. Content has never been more colorful. LG NanoCell TVs open your eyes to every color imaginable, painting your views in a whole new spectrum of over a billion rich colors in everything from best-picture nominees to big playoff games. (Achieved through 10-bit dithering for NANO91/90/85/81/80 series.)

• TruMotion Technology. Whether you choose a NanoCell TV with TruMotion 240 (Native 120Hz) or TruMotion 120 (Native 60Hz), you"ll get reduced blur and sharper details – giving fast-action movie sequences and lightning-fast sports plays a smoother look from frame to frame.

• Dolby Vision IQ & Dolby Atmos: Our newest NanoCell TVs delivers Dolby technology that ups the action. Dolby Vision IQ automatically adjusts picture settings depending on ambient lighting conditions and content genres, while Dolby Atmos® puts you in the middle of the action with multi-dimensional surround sound that seems to flow all around you. (Dolby Vision is a trademark of Dolby Laboratories. Dolby, Dolby Atmos and the double-D symbol are registered trademarks of Dolby Laboratories.)

• Filmmaker Mode™: When you choose an LG NanoCell TV with Filmmaker Mode, you can see what directors envisioned. It"s a setting that respects the craft – translating the director"s cinematic vision to your TV with automatic picture and processor settings and brings true authenticity.

• HGIG: High Dynamic Range isn"t just for movies – and LG NanoCell TVs prove it by using HDR technology to drop you right into the action – for a new level of immersive gaming that will transform your play.

Of course, the features don’t stop there. Browse our full range of innovative 8K and 4K NanoCell TVs — and create a home entertainment space that"s perfect for you. Be sure to enhance your experience with the latest in a sound bars, home audio and home video products, including a wide range of accessories designed to take home entertainment to the next level.

What are LG NanoCell TVs? You might be familiar with LG’sOLED TV range – theLG C1,LG G1, and more. But the NanoCell televisions that sit alongside them often get less headline attention, and we want to fix that.

These so-called ‘NanoCell’ screens make up LG’s mid-range and upper entry-level LCD TVs – thebest LG TVs that don’t featureOLED panels, basically. The unspoken aim here is to offer an alternative to Samsung’s excellentQLED TVs, while designating the top tier of LG’s LCD panel televisions.

Recently, LG’s Mini LED TV range of "QNED" screens has started to roll out worldwide. This brings the company"s exciting new combination of NanoCell LCD and Mini LED backlighting to the world for the first time.

But what is LG NanoCell TV tech? How does it compare to Samsung QLED? And should you consider buying an LG NanoCell TV? Read on for everything you need to know below.

The technology is relatively new, and the range of prices is enormous. Sets using LG"s NanoCell technology start at $600 and top out at $4,000 for the top of the line models. (You can identify them relatively easily: Most LG TVs with NanoCell tech have "NANO" their names, although some upcoming QNED sets have the technology as well.)

Because NanoCell is a proprietary LG technology, no other manufacturer sells sets that use it - not yet, anyway. LG has licensed out its advanced television technologies in the past, and may do so again with NanoCell.How does LG NanoCell TV work?LG has not published any comprehensive documentation on exactly how LG NanoCell works. It’s a bit like the secret herbs and spices recipe behind KFC’s chicken in that sense.

However, we do know roughly what it does. LG NanoCell uses a filter layer that sits in the TV, absorbing specific wavelengths of light. The aim is to purify the color output in order to improve color depth.

One easy way to get your head around this is to think of it in terms of paint. You can’t achieve a pure red paint if there are hints of other colours in the mixture. NanoCell attempts to remove these impurities.

This consultancy is of the view that NanoCell uses a molecular dye. Its particles may measure a nanometer each, a billionth of a meter, but this is different to the Quantum Dot tech seen in Samsung QLED TVs.

Quantum Dot crystals emit light at certain wavelengths when fed UV light. Samsung QLED TVs do not rely entirely on this tech, but they do use a Quantum Dot layer to enhance color performance. NanoCell appears to be a little more conventional in comparison.

However, IPS displays also have much lower native contrast than the VA panels used in Samsung QLED TVs, or the OLED type seen in top-end LG screens like the LG CX OLED.

The result: LG NanoCell TVs have relatively narrow dynamic range. Blacks will never look that black in a darkened room, and this is exacerbated by a paucity of local dimming zones.

Local dimming is used in most higher-end LCD TVs (that includes NanoCell and QLED, which are still LCDs). It’s where different sections of the backlight can be operated independently, making parts of the panel brighter than others in order to lower the back floor and improve contrast.

The 65-inch LG NANO90 has 32 local dimming zones, fewer than the 50 zones of the 55-inch Samsung Q80T or the 792 Vincent Teoh* identified in the 65-inch Samsung QN90A. And the LG NANO90 arguably needs them more, because its native contrast is lower to start with.

These contrast issues are why the most attractive LG TVs with NanoCell are not its ‘NANO’ TVs at all, but its new-for-2021 QNED screens. This range combines a NanoCell layer with a Quantum Dot color enhancer and miniLED panel.

Mini LED panel tech is the most interesting thing to happen to LCD TVs in some time. It sees the LEDs in the backlight shrink, so that many, many more can fit into the display.

LG says the top-end 86-inch QNED set will have around 30,000 backlight LEDs, split into a little under 2500 zones. That’s close to 80 times more zones than the LG NANO90.

However, don’t name your TV fund ‘QNED’ just yet. These sets are likely to use IPS panels still, and we don’t know quite how effective a massively increased number of dimming zones will be at improving this panel technology’s limited contrast.Should I buy an LG NanoCell?We’ve levelled some criticisms at LG NanoCell TVs, which mostly affect use in a darkened room.

Their contrast is significantly lower, and this affects how they perform with HDR content, and how good movies look in a dimly-lit room. However, we may see better results in LG’s QNED sets, which also have NanoCell tech.

They are strong in other areas, though. Wide viewing angles mean no more arguments about who gets the best seat on the couch. Their anti-reflective top screen layer copes with ambient light well. Low input lag is good news for gamers. Upscaling in most NanoCell TVs is very good too, while higher-end models have 120Hz refresh rates and support for features like VRR.

Most of all, LG NanoCell TVs are priced fairly competitively, letting you utilize key PS5 and Xbox Series X features like HDMI 2.1 and VRR without spending a fortune.

If you"re a fan of home theaters and the tech behind the latest TVs, I wouldn"t be surprised if you read about new TV models shown last week at the CES 2021, where LG and other brands showcased OLED TVs and Nanocell TVs. Did these upcoming TVs get your attention?

Would you like to get your hands on the newest TV model? If so, which would you choose? A Nanocell or OLED TV? Don"t worry if you can"t decide quickly. Weighing your options should always be a part of your buying process. Read this mini-guide in full for a clearer picture of what Nanocell TVs and OLED TVs are all about.

LG developed and patented nano cell technology for its TVs and displays. As such, you won"t find this tech on any other brand"s TV series (see "What is a NanoCell TV?").

LG"s Nano Cell TVs - see "LG NanoCell Review" - are actually LCD TVs. The main difference with these newer TVs is that it is designed with an additional filter of tiny nanoparticles (approximately one nanometre in size).

NanoCell"s very very small particles work by purifying colors in several ways, such as:Filtering out light in "wrong" colors, which results in accurate reds, blues, and greensAbsorbing unnecessary light waves to produce vivid color, dark black and bright white

LG"s Nanocell TVs compete directly with other brand"s QLED displays (QLED stands for Quantum Light Emitting Diode), which uses LCD technology with a quantum dot film over the top - see "NanoCell Vs. QLED".

Benefits of Nanocell TechSolves fading: Unlike conventional LCD TVs that are prone to unstable color and fading, nanocell TVs produce good color output.Sharp images: The balanced and vivid colors produced mean images on these TVs appear sharp and very detailed.Delivers quality images at any viewing angle: One of the best features of nanocell TVs is the ability to watch from angles as wide as 178 degrees. You won"t have issues with a viewing angle with this kind of TV model.Perfect TV for games: Any LG NanoCell television supports HDMI 2 1 and features Variable Refresh Rates (VRR). Gamers would really appreciate how this TV adapts to the game. The fluctuating refresh rates of your game console synchronizes with the TV, which in turn deliver a top-notch performance without unwanted tearing or stuttering in the middle of your gaming or watching.

In late 2020, LG"s Nano90 55 inch Nano cell TV became a trending model because it was launched at half the price of LG"s best OLED models. Turns out, the LG Nano90 was just the tip of the iceberg. In addition, check out LG NanoCell vs UHD, too.

Available in 50 inch, 55 inch, 65 inch, 75 inch modelThis lower-midrange 4K TV is an entry-level NanoCell model with a 60Hz motion rate (instead of the 120Hz from Nano80). LG skipped Dolby vision, made this Gallery Stand-compatible, and used local dimming for backlight instead of full array.

Available in 43, 50, 55, 65-inch modelThis new TV has similar features to Nano80 with one major difference: we don"t get local dimming or Gallery Stand compatibility with this TV.

If you think LG"s Nanocell TV range is better than OLED models, don"t just buy one yet. Think future-proofing and make sure you read about upcoming LG models NanoCell TV models NANO99 and NANO95 that promises one-of-a-kind performance.

This upcoming pair from the NanoCell series will be equipped with a new intelligent processor from LG: the α (Alpha) Gen 4 AI that uses deep learning to analyze and optimize content. It features the impressive Scene Detection feature, which auto-adjusts picture settings after analyzing the current scene.

OLED and Nanocell both have their strengths and weaknesses. To help you decide a bit more, here are some situations where OLED would be a better fit, and when Nanocell would be the right pick.

Go with Nanocell if:You want wide viewing angles which will stop the fighting for the best seat on the sofa. In addition, the anti-reflective top screen layer copes with ambient light really well. The low input lag will be appreciated by avid gamers. The higher-end models have 120Hz refresh rates and support for features like VRR (Variable Refresh Rate).

You want to maximize HDR content. Netflix, Ultra HD Blu-ray, Sky, and other providers utilize HDR (or high dynamic range) since the format produces over a billion colors. Choosing Nanocell TV means you can enjoy all kinds of HDR content.

Yes, NanoCell TV technology is better than OLED because the former uses a backlight system to light up the entire screen, while the latter relies on self-lighting pixels. This makes NanoCell TVs brighter, less power-hungry and more uniform in color. In addition, NanoCell TVs support HDR (high dynamic range) for improved picture quality.

NanoCell TVs from LG Electronics are quickly gaining a reputation for quality and superiority over Samsung"s QLED TVs. While the two technologies are similar, there are some distinct advantages to NanoCell that have consumers and experts taking notice.

One key difference is the viewing angle. QLED TVs require a direct line of sight to be seen clearly, while NanoCell TVs offer consistent color and image quality at wider angles. This makes them ideal for larger spaces or groups of people watching TV together.

NanoCell also has a higher peak brightness, meaning colors are more vivid and realistic, even in bright rooms. The technology also filters out unwanted light reflection, which can cause eyestrain. This results in a more immersive viewing experience that is less fatiguing on the eyes.

NanoCell is not quite like Qled, as it doesn"t use quantum dots. However, it does offer some similar benefits, such as improved color accuracy and brightness. NanoCell also aims to provide a wider viewing angle and better black levels than traditional LED TVs.

Yes, it supports HDR. LG NanoCell TV restores the image to its original Technicolor mastering suite appearance. It produces an extremely accurate image when used with SDR or HDR content. In comparison, OLED still rules when it come to deep blacks.

LG has a ton of exciting tech coming this year, from a new batch of OLEDs to a whole new type of TV it"s calling QNED. But for a lot of folks, buying a TV from the previous year is a great way to get the latest tech upgrades without paying top dollar. So it wouldn’t be outrageous to think of buying one of the 2020 NANO90 LED TVs, especially if you find them on sale. Unfortunately, this series isn’t the best performer in its price range, and there’s some stiff competition this year. Testing revealed that the NANO90 suffers from overly-bright shadow tones—a problem that commonly affects LCD TVs that use IPS panels. So while the NANO90 has good viewing angles and better-than-average light effusion, it also doesn"t look great in a traditional movie-watching environment—especially for what you’re paying.

If you just want to watch sports or play bright, cartoony games on it, the NANO90 has an array of great features and is a decent performer by other metrics. That said, if you want a TV that can deliver the filmic depth and high contrast of the movie theater experience, we recommend buying either the 2020 TCL 6-Series for about $300 less or the 2020 Vizio P-Series Quantum for about the same price. You could even snag a relatively huge jump in picture quality if you got the the 2020 Vizio P-Series Quantum X, which (in its 65-inch size) is only a couple hundred dollars more.

The NANO90 series is one of the upper mid-range options from LG’s 2020 lineup of TVs, and generally you can expect the same level of performance regardless of which size you’re buying. However, it’s worth mentioning that this series utilizes full-array local dimming backlights, and depending on arrangement and utilization of the zones, you may notice differences in things like backlight uniformity depending on which size NANO S90 you buy.

Seeing as how the NANO90 is one of the top NanoCell TV series in LG’s 2020 TV lineup, all of these TVs are stuffed to the gills with features. Part of their higher-than-average price tag owes to the inclusion of things like eARC compatibility, Dolby Atmos, and 120 Hz refresh rates—something to consider if you don’t think you’ll take advantage of those features.

While testing the LG 65NANO90UNA in SDR, we gathered contrast and color benchmarks while the TV was in the “ISF Expert (Bright Room)” picture mode. For HDR, we used the “HDR Cinema” picture mode.

The most notable thing about LG’s LED/LCD TV lineup is that they’re some of the only name-brand, high-end 4K LED TVs that use IPS style LCD panels. While most TVs these days use VA (vertical alignment) style LCD panels, the NANO90 models (like most of LG’s 2020 NanoCell lineup) are of the IPS (in-plane switching) variety. This has pros and cons.

While the NANO90 isn’t the brightest TV you can buy, it’s bright enough for the average living room, and its wide viewing angles make it a decent choice for group screenings in a big room that hasn’t been specially darkened for viewing.

Because all of the TVs in this series feature 120 Hz refresh rates (as opposed to the more common 60 Hz refresh rate), they’re also a good choice for more motion-intensive content like sports and video games. While the NANO90’s input lag results weren’t great in most of its picture modes, we measured a respectable 19 ms in “Game” mode.

The NANO90 is also outfitted with two next-gen TV features that have been specially designed for gaming: variable refresh rate (VRR) and auto low-latency mode (ALLM). While not all of the NANO90’s HDMI inputs are HDMI 2.1, the ones that are compatible are labeled as such (4K @ 120 Hz), and if you’ve got a next-gen console like a PlayStation 5 or Xbox Series X you’ll be able to take advantage of some of the better gaming-related features available on TVs right now.

The NANO90’s poor black levels—more on those below—mean that it might not be great for games with a more cinematic flair, but you can at least trust that it is decently colorful and “fast” enough for a wide range of content, like nature docs, sports programming, and FPS-style games.

As noted in the specs section, the NANO90 TVs utilize full-array local dimming (FALD) backlights. This lends them some amount of pedigree, as generally any FALD-equipped TV is going to perform better than its simpler Direct or Edge LED counterparts.

One disadvantage of FALD TVs is that they tend to be a lot thicker in profile, making them less ideal for aesthetic choices like mounting them on the wall. However, despite its backlight, the NANO90 TVs are still only a little under three inches thick in profile, and their trim bezels give them a clean, modern appearance. Likewise, the sturdy feet are matching in hue, but take note that (like many modern TVs) they’re set out far to the edges of the panel, so you’ll want to measure your TV stand if you’re not wall-mounting the NANO90.

Due to COVID complications, we haven’t been able to exhaustively test the extra features of many of the TVs we’ve reviewed in the last year, but a glance over the NANO90’s list of specs and features is promising nonetheless. While there are much more expensive TVs out there, the NANO90 sets aren’t cheap compared to some of their competition, and the list of compatibilities and functions are part of what you’re paying for.

And that’s one area where the NANO90 fails pretty hard, though it owes this performance to the same IPS panel I was praising just a few paragraphs ago. In both SDR and HDR picture modes, we measured an average black level of around 0.1 nits, which is closer to gray than true black.

This is why, while the NANO90 is probably great for brighter content like nature docs, sports, and certain video games, it may really disappoint cinephiles and movie lovers. While lots of devices don’t need high contrast to display their expected content properly (whether that be apps on your smartphone or websites on your laptop), we expect big flat-screen TVs to be able to make movies and high-production content look good, and to be dark enough for a movie theater-like viewing environment.

In this regard, the NANO90 fails. I may be a bit old school in this conception of how a TV should function, but it’s a hard data point to ignore when LG is asking hundreds more for this TV than certain competitors whose TVs can operate equally well in bright and dark environments.

One caveat we would note is that the NANO90 TVs do have full-array local dimming panels, so the poor black levels we measured while using the ANSI checkerboard pattern are not what you’re always going to get.

Thanks to the local dimming, scenes with lower APLs (average picture levels)—meaning scenes where the average brightness of the entire screen is dimmer rather than brighter—will net you better black levels overall. The same is true of scenes wherein some majority quadrant of the screen is dark or black: these won’t have that charcoal/gray appearance. LG deserves kudos for fitting the NANO90 models with full-array local dimming backlights, but that’s also part of what makes them expensive. The addition does remedy the IPS-related poor black level to some degree, but testing has shown that it can only do so much, and your picture quality experience may vary from scene to scene more than is ideal.

There are some TVs in this price range (and even cheaper) that offer very high brightness, wide contrast, and highly saturated colors, making them viable if not excellent HDR TVs. The NANO90 is not one of these TVs, unfortunately.

But luminance aside, it also isn’t terribly colorful. While LG’s NanoCell tech helps to remove unwanted light/color bleed to some degree, it doesn’t seem to do much in order to boost color saturation (which is probably why the company finally started producing TVs with quantum dots in 2021). The NANO90 nails the basic “standard” color space, but with somewhat limited brightness, and without color-boosting technology like quantum dots in tow, it doesn’t get nearly as colorful as some of its competition.

It’s hard to outright recommend a TV with an IPS panel, even when it does so many things well, because of how important black level and contrast are to things like movies, high-production TV content, and certain video games: these are often the “bread and butter” of TV performance, and the NANO90 falls short here.

It would be easy to forgive that shortcoming if someone just wanted a big screen with wide viewing angles and good color production, but LG is rightfully charging a good bit for the inclusion of premium compatibilities like Dolby Vision, Dolby Atmos, 120 Hz refresh rates, and HDMI 2.1 functionality. On paper, the NANO90 is a bit too feature-rich for a “sports den” type TV, but it also lacks the performance chops to be optimally functional in both dark and bright viewing environments.

If that didn’t already make the NANO90 a bit of a tough sell, it’s worth noting that for what you’re paying, there are brighter TVs with better color saturation and better black levels for the same or even less money. LG wants $1,200 for the 65-inch NANO90, but you can get the 65-inch TCL 6-Series (2020) for under $1,000, or the incredible 65-inch Vizio P-Series Quantum X (2020) for only a couple hundred more.

When you want to buy a TV, you want to enjoy the best quality, but there are different technologies to choose from and sometimes the search for a new TV becomes complicated. The two best-selling brands are Samsung and LG and among their catalog of TVs offer different technologies. In this article, we will see the differences between NanoCell vs QLED, the first one used by LG and the second one by Samsung.

Both NanoCell and QLED TVs are based on similar technology to LCD TVs. However, each uses its own enhancement technique that comes with its pros and cons. So what’s the difference between the two

Before we go into detail, we want to emphasize that not all NanoCell and QLED TVs are the same. You have to take into account the type of backlighting, as you will see NanoCell and QLED TVs with lower-end Edge LED backlighting, but also models with Full Array and Mini LED system that will give a much higher performance, but reserved for higher ranges.

LG NanoCell technology uses nanoparticles integrated into the panel itself to achieve better color filtering and remove impurities. These nanoparticles act as filters that remove incorrect and unwanted color waves creating purer and more faithful colors.

The nanoparticles used, which are 1 nanometer in size, are placed in front of the LCD screen in the form of a layer. When light passes through the layer of nanoparticles, the layer filters out all impure colors and produces the purest green, red and blue colors.

LG LG TVs using NanoCell technology display images with richer colors compared to the company’s conventional UHD models. This can be seen in white backgrounds, which are more neutral and have no contamination from other colors or in greens and reds primarily that have a more natural hue.

This year, LG has launched its new line of QNED TVs, which combines NanoCell technology with Quantum Dots, to achieve a wider color palette as well as better color filtering.

As we have seen, the main advantage that LG’s NanoCell TVs offer, is to achieve a purer and more faithful color by filtering out the incorrect color waves.

But apart from this advantage in color reproduction, better viewing from the sides is also achieved. On NanoCell TVs, the viewing angles are wider, not only because IPS panel is used, but because this layer added to the panel makes it even better to see from any position.

Another advantage of NanoCell TVs is that they offer better response time. Therefore, they are more effective in reducing motion blur, resulting in a more comfortable viewing experience when there is fast motion.

The main problem with IPS panels, is that they have a rather poor contrast ratio, which makes blacks not very deep. However, in the QNED models with Mini LED backlighting, which also use NanoCell particles, the contrast increases significantly despite still carrying IPS panel. This is due to the backlighting system with smaller bulbs and a much more precise zone control where a group of Mini LEDs can be switched on and off without affecting other zones.

For example, if we compare the contrast values of equivalent models of LG NanoCell TVs and Samsung QLED TVs, there are significant differences. And also how the high-end QNED models from LG still lag behind Samsung’s Neo QLED models, but thanks to the Mini LED backlighting, they already get a quite acceptable contrast.

Quantum Dots, refer to microscopic molecules that emit different colored light when struck by light. The quantum dots are on a film that is used as a color filter and the light comes from an LED backlight, which in this case is blue. The light moves inside the TV through the layers, including a liquid crystal display (LCD) layer. This helps to create the image.

One of the most prominent advantages of choosing a QLED TV over a NanoCell is the use of VA panels. This panel ensures that the TV offers excellent brightness, deep blacks and high contrast. These features help to enhance HDR content.

First, because Samsung uses VA panels in most cases, viewing angles are more limited than LG’s NanoCell panels. This causes colors to lose saturation when viewed from the side and the image appears more washed out.

This can be seen in the Q60A and Q70A series, where there is a loss of color when viewed from the side. From the Q80A onwards this is slightly improved and from the QN85A series onwards, by incorporating a filter to improve viewing angles, viewing from the side improves exponentially. Therefore, the low-end QLED models have a poor viewing angle, but the Neo QLED models provide an excellent viewing angle.

If you opt for an LG NanoCell TV, you’ll enjoy pure colors and a wide range of viewing angles. So your position doesn’t matter while watching your favorite show or movie. The wide viewing angle ensures the best picture quality and clarity when viewed from the side. NanoCell technology outperforms QLED technology in this aspect, as it maintains color from wider angles.

Samsung’s QLED technology, on the other hand, is going to achieve higher contrast with better blacks and in some models also higher brightness. It is better technology than NanoCell, to enjoy in dark rooms and to watch movies and series to obtain a purer black. At the same time, it tends to offer better uniformity and better detail in the shadows, better maintaining the information in the dark parts.

LG’s NanoCell technology adds nanoparticles of the same size, specifically 1 nanometer, to the panel to filter out incorrect color waves for purer color and reduce impurities.

Samsung’s QLED technology adds a sheet on which millions of Quantum Dots nanoparticles of different sizes are sprayed to create a wider color palette. Depending on the size of each particle, when they receive the light emitted by the LEDs, which in this case is blue, they reproduce a particular color.

But where you are going to be able to notice more difference between Samsung QLED and LG NanoCell TVs, is by the type of panel and backlight used. LG usually uses IPS panels that give better viewing angles but worse contrast and Samsung for its part usually uses VA panels, which give a purer black and better detail in shadows, but with a narrower viewing angle (except in the Neo QLED ranges that give a very wide viewing angle).

In this article, we’re going to take a dive into LG NanoCell technology - what it does, if it’s worth the extra spend, and how it compares to both OLED and QLED. We’ve also picked out some prominent examples of NanoCell televisions currently available from LG. For a complete overview of what you should know before buying a new television, don"t miss our best TV to buy guide.

NanoCell televisions don’t offer you any further detail than that which 4K already offers. You still have the same 8-million-or-so pixels at your disposal (you can read our what is a 4K TV guide for an in-depth look at Ultra HD television). NanoCell technology is all about making those pixels look as good as possible.

Sometimes, when reading about innovations in TV tech, you’d be forgiven for thinking that you need a physics degree to understand it. Here’s what LG has to say on its website: "LG Nano Cell technology uses particles to absorb unwanted light wavelengths and enhance the purity of the red and green colours displayed on the screen."

Ultimately, the specifics aren’t that important - far more crucial is what these handy little nano-particles achieve. By having the reds and greens better filtered, what you get is an elevated quality of image that you simply won’t get in standard 4K sets. That filter produces a better colour gamut: that is, a wider range of colours.

What you also get in higher-end NanoCell TVs - like the Nano91 line - is something called Full Array Local Dimming technology, or FALD. This is an intelligent tech that dims the television’s backlight when dark sections of an image appear - think shadows and night scenes. Anybody who knows the basics of OLED technology will recognise this as something that those televisions deliver, albeit more effectively and for a heftier price.

Ultimately this is where NanoCell televisions have been positioned by LG: as a less costly alternative to OLED (of which LG do some incredible examples) for people who are seeking out a viewing quality that’s that bit better than standard LCD/4K. They also come with a wealth of extra features - they support HDR Dolby Vision content (a HDR format Netflix offers) and feature Dolby Atmos sound. Many LG NanoCell TVs also have the Google Assistant built into their smart platforms, offering you voice control over your set.

OLED, put bluntly. As you can read in our what is an OLED TV explainer, these top-end televisions are the reigning champion among mass-market televisions in terms of sensory experience. Not having that built-in backlight, they’re far slimmer than NanoCell TVs too. That’s why, as a general rule, you’ll be spending at least £1,200 on a set, while NanoCell TVs start at £650. At the bottom of this article we"ve picked out a number of LG NanoCell TVs on the market.

Given the price difference, it’s not fair to make a straight comparison between NanoCell and OLED. Instead, we should look at the closest equivalent: QLED.

QLED is a display technology that’s been developed by Samsung’s. Like NanoCell, it sits in the market as a kind of affordable middle-ground between standard 4K televisions and OLED. Similar to NanoCell, it still makes use of a traditional LED backlight, but uses a layer of ‘quantum dots’ to help optimise those image pixels.

We haven’t done a direct test, but we can tell you that NanoCell televisions are widely acknowledged to display a brighter image, while QLED televisions deliver blacker blacks. Think about whether you watch TV with the overhead lights on or in relative gloom: this should help you decide which is the better option.

If you’re thinking about buying a NanoCell television, our advice is that you browse Samsung’s QLED at the same time. Make sure you know the right size (check out the TV size guide), and then we think it’s a case of comparing prices of each brand. It may well come down to one of them being on sale, and one not.

As we’ve said, NanoCell televisions are priced well under that of an OLED model, where your spending will start in the four figures (for now, at least). By contrast, you"ll be spending not that much over £500 for the cheapest NanoCell televisions, such as the 55-inch inch NANO796NF.

Like all TVs, NanoCells don"t necessarily get pricier the bigger they get. Because it"s from a newer generation, the 49-inch NANO866NA 4K NanoCell TV costs more than the model above, as does the NANO866NA 4K NanoCell TV of the same size. We"re seeing both cost around the £750 mark.

The main takeaway from this - especially with the larger sets - is that keeping an eye on prices is a good idea, especially during peak sales periods like Black Friday. If you’re not hellbent on getting the latest NanoCell off the production line, you can easily end up getting a quietly magnificent TV for not much more than a standard LCD 4K TV.

When you buy through our links, Insider may earn an affiliate commission. Learn more.LG"s new 65-inch NanoCell 90 Series 4K TV is one of the company"s flagship LCD display models for 2020.

Still, if you"re in the market for an LCD TV that favors wide viewing angles and smart features over HDR contrast, then the NanoCell 90 is a solid living room display.

But, while the company"s OLED models have been celebrated, LG"s LCD TVs, often branded as NanoCell, haven"t received as much attention. Though decent performers, the NanoCells just haven"t been able to equal the wow factor of LG"s OLEDs or the value of LCD models from other manufacturers.

For its 2020 NanoCell 90 Series 4K TV, however, LG has actually made some solid improvements over previous models, resulting in a display that stacks up a bit better against the competition. High dynamic range (HDR) performance still lags behind a few cheaper models from other brands, but the TV"s viewing angles and smart capabilities are among the best you can find for $1,199.99.

LG"s 65-inch NanoCell 90 4K TV features an attractive but pretty standard design. It"s unlikely to win over buyers based on style alone, yet it should look just fine situated on any home entertainment console or mounted on a wall.

The panel"s profile measures about 2.8 inches thick, which is about average for an LCD TV that doesn"t use edge-lit dimming. Unlike a lot of other TV models that feature thinner profiles at the top and then get thicker toward the bottom where the inputs are housed, the NanoCell 90 remains the same general thickness from top to bottom.

For those who"d like to adjust the picture further, the NanoCell 90 offers plenty of presets and options, including a handy Filmmaker Mode setting. Endorsed by the Director"s Guild of America (DGA), the Filmmaker Mode preset automatically deactivates unnecessary picture adjustments and processing, like motion smoothing and artificial sharpening, offering viewers a simple way to watch movies and shows closer to how the directors originally intended.

LG"s NanoCell 90 is a solid performer overall, but the display has some key strengths and weaknesses compared to other competing flagship and midrange LCD TVs on the market.

Unlike a lot of LCD TVs from the competition, the NanoCell 90 uses an In-Plane Switching (IPS) panel instead of a Vertical Alignment (VA) panel. So, what"s the difference between the two? Long story short, IPS panels are known for superior viewing angles, allowing images to look good even if you"re sitting off to the side, while VA panels are known for better contrast and black levels.

In practice, the IPS screen"s viewing angles don"t disappoint. Off-axis colors and contrast tend to fade and distort a lot on LCD TVs from other brands, but the LG NanoCell 90 maintains its picture performance very well, even if you"re sitting off to the side. This is great if your couch can"t be set up directly in front of the TV or if you tend to have viewing parties with guests seated all around the room. Local dimming does become more noticeable when off-center but, in general, viewing angles are a key benefit of this model.

Despite the IPS screen, contrast is surprisingly decent. This is in part because the NanoCell 90 includes full-array local dimming. Local dimming is a beneficial feature found on several midrange and high-end LCD TVs, allowing the screen to dim and brighten in specific sections.

That being said, the NanoCell 90 doesn"t use as many dimming zones as most TVs in this price range. Though LG doesn"t disclose an official number, the display features approximately 32 zones. For comparison"s sake, Hisense"s 65-inch H9G ($999) features 132 zones, TCL"s 6-Series ($899) has 160 zones, and Vizio"s P-Series Quantum ($1,199) features 200 zones. There are other factors that contribute to local dimming performance but, overall, the more zones the better.

The NanoCell 90 uses its relatively limited number of zones to achieve decent black level and brightness performance. In fact, standard dynamic range (SDR) content essentially looks flawless with no major dimming artifacts. This is pretty much par for the course when it comes to flagship 4K sets, however, and the real test comes down to how good high dynamic range (HDR) content looks.

Unlike a lot of other flagship LCDs that use quantum dots for expanded color, the NanoCell 90 actually utilizes a slightly different process that integrates a nanoparticle filter on the panel. The end result provides a similar range of colors. When judging the TV"s HDR performance as a whole, however, there are some issues worth pointing out.

First and foremost, the NanoCell 90 can"t get as bright as some other 4K HDR TVs in the $800 to $1,200 range. Peak brightness hovers around the 500 nit mark, which is quite a bit under the 1,000 nit benchmark that a lot of HDR videos are graded for. The similarly-priced Vizio P-Series Quantum and the less-expensive Hisense H9G are both capable of exceeding 1,000 nits.

What does this actually mean when watching HDR content on the TV? Basically, the bright highlights don"t pop quite as much as they do on some competing models in this class. If this TV was placed side by side with one of the Vizio or Hisense models mentioned above, the brightest highlights in HDR videos would likely appear less intense and dimensional on the NanoCell 90.

It is a bit disappointing to see such average peak brightness numbers on a 65-inch LCD in this price range, but the TV"s image quality does still benefit from its support for HDR. In fact, judged on its own, I rarely feel like I was missing all that much when watching HDR10 videos on the TV.

Black levels are also solid but the NanoCell 90 rarely provides the inky quality that better LCDs are capable of. Bars above and below the picture in widescreen movies, for instance, tend to remain a dark gray rather than true black.

Dimming artifacts, like blooming and vignetting, are also visible and occasionally distracting in darker HDR scenes. This causes bright objects to create a flashlight effect around darker backgrounds. Artifacts like this are common on local dimming TVs but appear a bit worse here than on competing models I"ve tested. Blooming is less distracting on the NanoCell 90 than it has been on prev