nano cell lcd displays manufacturer

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.

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.

LG is looking to take “LCD TV viewing to a whole new level” this year at CES 2017. The company will be debuting its new Nano Cell equipped Super UHD TVs (SJ9500, SJ8500 and SJ8000) in Las Vegas this week with what it calls “the most advanced color-enhancing LCD panel technology to date.” The Nano Cell LCD display users “uniformly-sized” particles to create a much more “nuanced” and realistic color spectrum. This also leads to much better viewing angles as well. LG claims there is “virtually no color difference for viewers seated directly in front of the screen and those watching from a 60 degree angle.” More below:

Korean media Yonhap noted the company displayed a new LCD TV technology at the show featuring “nano cell” technology, but did not go into too much details about this new technology aside it is capable of delivering more accurate color performance compared to traditional TVs on the market.

The new 4K UHD TV lineup uses nano sized particles are uniformly-sized particles, each one nanometer wide evenly distributed across the screen, but deliver better performance than conventional quantum dot material, stated LG in its press releases.

“Nano Cell achieves such impressive results by absorbing surplus light wavelengths, enhancing the purity of the colors displayed on the screen,” LG stated. “These light absorbing capabilities allow LG"s new LCD displays to filter distinct colors with much greater precision, rendering each color exactly as it was intended by the original content producer.”

A report from Digital Trends was quick to point out LG turned to quantum dot film technology from its Nano Cell division to achieve the above stated performance.

According to a report fromMasheable the Nano Cells TVs can retain most of its colors and luster from wider angles than conventional TVs. There should be no evident color differences from a viewing angle of up to 60 degrees, so family members do not have to fight for the best seat in the living room, added Trusted Reviews.

The nano cell technology super UHD TVs for 2017 will be launched in three ranges: the SJ9500s, the SJ8500s and the SJ8000s. Pricing of the new TVs is still to be announced.

Nano Cell screens are IPS screens created using advanced technologies, and another layer is added to the screen. It is made using the latest materials, namely nano-crystals, in the manufacture of which ultra-small nanocrystals were used. Due to this, the screens support a color depth of 10 bits, can show about 1 billion color shades. Nanocrystals have a low refraction of the luminous flux, and high transparency, the luminous flux is almost not lost when passing from the illumination of the screen. Televisions with Nano Cell screens also have an increased brightness.

At the beginning of 2017, LG introduced the term “Nano Cell”, a new technology for the production of TV screens. Even having allocated TVs with such technology in a separate category Super UHD.

According to the application of LG, the use in manufacturing significantly improves color rendition, increases viewing angles. A person sitting at an angle of 60 degrees will not notice the difference in the image compared to watching sitting right in front of the TV. All this is achieved through the use of materials in the size of a nanometer and there is no more information.

Nano Cell technology is used in IPS matrices, which already have quite good color rendition and viewing angles. LG has improved the existing technology for the production of IPS screens, improving the parameters of color rendition and viewing angles, using new materials.  LG even decided to register the name Nano Cell as a trademark.

In subsequent years, the production of televisions using Nano Cell technology increased. Although such televisions are slightly more expensive than with conventional screen matrices, a gradual improvement in technology reduces the cost of Nano Cell televisions. It can be assumed that in 5-10 years, LG will produce two types of televisions with Nano Cell and OLED matrices.

Rather than proving enlightening, LG TV model numbers can be very confusing if you don’t know what to look for. That"s where we come in. This guide will help you make sense of LG’s tricky TV naming system and break down its entire lineup, from flagship OLEDs costing a small fortune to more affordable 4K LCD LED options.

If you decide an OLED isn’t for you, LG has plenty of options, including a QNED (Quantum NanoCell Emitting Diodes) lineup that makes use of a trio of panel technologies: Quantum Dot, Mini LED and NanoCell. All QNED options feature 120Hz panels and HDMI 2.1 ports.

LG QNED99: Top of the QNED pile is the 8K QNED99. It uses LG’s smartest, most powerful processor along with its most advanced LCD panel, which offers over 2,000 independently dimmable zones controlled by Precision Dimming Pro+.65QNED996PB: £3,299

LG QNED90: Available in the same sizes as the QNED99, this is the first of the 4K options combining Quantum Dot, Mini LED and NanoCell technologies. It’s powered by the Alpha 7 chip and only gets LG’s basic Precision Dimming technology.

LG QNED86: Like the QNED90, the QNED86 features a Quantum Dot Nancocell panel with Mini LEDs and is powered by the same Alpha 7 chip.55QNED866QA: £1,399

LGQNED81: While the QNED81 features a Quantum Dot NanoCell panel, it doesn’t use Mini LEDs so won’t have as many dimmable zones and therefore won’t be able to deliver the same level of contrast as pricier QNED options.

LG NANO81: The LG NANO81 is available in four screen sizes and each are powered by the fifth-generation Alpha 5 AI processor. The panel"s refresh rate is only 60Hz so it"s not the best choice for next-gen gaming but it does support Game Optimiser mode and ALLM.

QNED99 and QNED91: Like their 2022 refreshes, these premium LCD TVs feature ‘Quantum NanoCell Emitting Diode’ tech combined with MiniLED backlights that allow for hundreds of dimming zones. The 99 houses an 8K panel and fourth-gen Alpha 9 chip, while the 91 delivers 4K resolution and is powered by an Alpha 7 processor. Price: From £2,999 (QNED99 65in) and £1,699 (QNED91 65in)

NANO range: Cutting MiniLED backlighting and therefore cost, LG’s 2021 NANO range is comprised of a number of entries, the most expensive of which is the 8K NANO96. Options get gradually less advanced as you work your way down through the NANO91, 86, 80 and finally, the NANO75.LG NANO96: From £949 (55in) | Buy now from Amazon

LCD LED range: LG has an extensive array of LCD LED televisions catering for a wide range of budgets. The most expensive entry still being sold is the UP81, while the cheapest is the UP75, which we reviewed late last year.LG UP81: From £309 (43in) |

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.

LG Electronics Inc. unveiled Tuesday a line-up of ultra high-definition televisions featuring what the company calls the "most advanced color-enhancing LCD panel technology to date" or "nano cell" technology.

In a statement, Tim Alessi, head of product marketing at LG"s American unit, said the nano cell technology "advances the LCD TV viewing experience by combining an expanded color gamut with the ability to more accurately create those colors, resulting in superior picture quality regardless of viewing angle."

The technology allows a TV to absorb "surplus light wavelengths, enhancing the purity of the colors displayed on the screen," according to the statement."These light absorbing capabilities allow LG"s new LCD displays to filter distinct colors with much greater precision, rendering each color exactly as it was intended by the original content creator," it said.

LG and its rival Samsung Electronics Co., two of the world"s largest TV manufacturers, have been focusing on developing advanced LCD TVs as prices of organic light-emitting diode (OLED) TV are still too high.

If you are looking for a new TV, you will sooner or later come across the terms “NanoCell” and “QLED”. Both are manufacturer-specific terms and have their place in the model portfolio of LG and Samsung. To give you a meaningful impression of the two screen technologies, we confront two matching TV devices in this comparison of LG NanoCell vs Samsung QLED.

LG C2 evo OLEDLG G2 OLEDLG NANO80LG Nano75 2022LG OLED A2LG OLED B2LG OLED evo PoséLG QNED80LG UQ9000Samsung Neo QLED QN85BSamsung Neo QLED QN900BSamsung Neo QLED QN90BSamsung Neo QLED QN95BSamsung Q60BSamsung S95B QD-OLEDSamsung The Frame 2022Sony A80K OLEDSony A95KSony X80KSony X85KSony X90KSony X95KSony Z9KHisense A6GHisense U6GHisense U7GHisense U8GLG A1 OLEDLG B1 OLEDLG C1 OLEDLG G1 OLED evoLG NANO75 2021LG NANO85 2021LG NANO90 2021LG QNED90 MiniLEDLG QNED99 MiniLEDLG UP7000LG UP8000Samsung AU8000Samsung Neo QLED QN90ASamsung Neo QLED QN95ASamsung Q60ASamsung Q70A QLEDSamsung Q80ASamsung QN800A Neo QLEDSamsung QN85A Neo QLEDSamsung QN900A Neo QLEDSamsung QN90A Neo QLEDSamsung The Frame 2021Sony A80JSony A90JSony X80JSony X81JSony X85JSony X90JSony X95JSony Z9JTCL R646TCL R648TCL R745Vizio M6 Series Quantum 2021Vizio P Series Quantum 2021Vizio V5 Series 2021Hisense H8GHisense H9GLG BX OLEDLG CX OLEDLG GX OLEDLG NANO81LG NANO85 2020LG OLED WXSamsung Q800TSamsung Q90T QLEDSamsung QLED Q60TSamsung QLED Q80TSamsung TU8000Sony A8H OLEDSony X800HSony X950HSony Z8HLG OLED E9LG SM8500Samsung QLED Q50RSamsung QLED Q60RSamsung RU7300Samsung RU8000Samsung The Frame (2019)Sony A9G OLED

The LG Nano75 is a model from the same named Nano series by LG and belongs to the lower mid-range class of the South Korean manufacturer. This model features an IPSIn-Plane Switching, type of LCD Panel panel, a native refresh rateHertz is the derived SI-unit of frequency with 1Hz=1/s – When talking about TVs this means how many different pictures a TV can display in one second. of up to 60 hertz and a Direct LED backlight. Thus, you can enjoy a comparatively good viewing angle stability, but you do not see a particularly good black value on the other hand.

LG C2 evo OLEDLG G2 OLEDLG NANO80LG Nano75 2022LG OLED A2LG OLED B2LG OLED evo PoséLG QNED80LG UQ9000Samsung Neo QLED QN85BSamsung Neo QLED QN900BSamsung Neo QLED QN90BSamsung Neo QLED QN95BSamsung Q60BSamsung S95B QD-OLEDSamsung The Frame 2022Sony A80K OLEDSony A95KSony X80KSony X85KSony X90KSony X95KSony Z9KHisense A6GHisense U6GHisense U7GHisense U8GLG A1 OLEDLG B1 OLEDLG C1 OLEDLG G1 OLED evoLG NANO75 2021LG NANO85 2021LG NANO90 2021LG QNED90 MiniLEDLG QNED99 MiniLEDLG UP7000LG UP8000Samsung AU8000Samsung Neo QLED QN90ASamsung Neo QLED QN95ASamsung Q60ASamsung Q70A QLEDSamsung Q80ASamsung QN800A Neo QLEDSamsung QN85A Neo QLEDSamsung QN900A Neo QLEDSamsung QN90A Neo QLEDSamsung The Frame 2021Sony A80JSony A90JSony X80JSony X81JSony X85JSony X90JSony X95JSony Z9JTCL R646TCL R648TCL R745Vizio M6 Series Quantum 2021Vizio P Series Quantum 2021Vizio V5 Series 2021Hisense H8GHisense H9GLG BX OLEDLG CX OLEDLG GX OLEDLG NANO81LG NANO85 2020LG OLED WXSamsung Q800TSamsung Q90T QLEDSamsung QLED Q60TSamsung QLED Q80TSamsung TU8000Sony A8H OLEDSony X800HSony X950HSony Z8HLG OLED E9LG SM8500Samsung QLED Q50RSamsung QLED Q60RSamsung RU7300Samsung RU8000Samsung The Frame (2019)Sony A9G OLED

Like its predecessor, the Samsung Q60B also has a VAVertical Alignment, type of LCD Panel panel under the hood. Since the QLED is rather in the lower midfield in terms of brightness, this TV is rather something for darker or dimmable rooms. You will have to do without a local dimming function in this model. Thus, the backlight is limited to an illumination out of the frame.

If your room is comparatively bright, both models will struggle. While the Nano75 has a comparatively low peak brightness, the TV scores slightly better than the Samsung in terms of reflection resistance. The Q60B has a slightly harder time in this area and therefore does not come to you with quite as little reflection. Nevertheless, the QLED TV can absorb smaller light sources relatively well.

Generally, TV devices with installed IPSIn-Plane Switching, type of LCD Panel panels deliver good results in this category. This has technical reasons and is due to the alignment of the crystals on the screen. VAVertical Alignment, type of LCD Panel panels are at a disadvantage here because the structure is subject to a different arrangement and the picture quality decreases comparatively fast with increasing viewing angle. Accordingly, LG’s Nano75 scores in this area and is better suited to spend a movie or sports evening in a larger group without too many quality losses.

In terms of pure display quality, models with VAVertical Alignment, type of LCD Panel panels have the advantage of a higher native contrast value. In contrast to the IPSIn-Plane Switching, type of LCD Panel technology of the Nano81, the Samsung QLED Q60B is able to display a deeper black and thus takes the lead in this comparison.

Models with a VAVertical Alignment, type of LCD Panel panel score even more in the high dynamic range and can use their advantage of a better contrast ratio even more effectively thanks to the larger contrast gamut of the colors. However, you should not expect miracles from both devices in terms of price. Basically, the following applies here: The more expensive the TV, the better the contrast and peak brightness.

Both the NanoCell TV and the QLED come with HDMI 2.0 and a 60 hertz display. This does not turn these two models into gaming monsters, but it is still sufficient to display the content of the current console generation reliable.

Whether you prefer to watch soccer or motor sports, you can generally do so on both devices. The difference is mainly whether you regularly watch in larger groups or limit yourself to a small circle or watch alone. So, if the TV is often surrounded by many people, the NanoCell TV would be the better choice. The QLED model offers a better picture quality on the other hand.

Smart TV features are available on both the LG and the Samsung. While Alexa and Google Assistant are available on both operating systems, Apple Airplay and HomeKit are only supported on the LG model. You can navigate through the current webOS 22 interface on the Nano75. If you are looking for a twin tuner, you will be left empty-handed. Dolby AtmosObject-based surround sound format with 3D-Sound from any direction via HDMI eARC is supported on both sides, though.

Of course, this comparison does not necessarily apply to all devices featuring one or the other technology. The higher your budget, the more you can usually expect. However, we can basically say that TVs with IPSIn-Plane Switching, type of LCD Panel panels are better suited for situations with bright ambient light.

On the one hand, this is often due to the effectively better peak brightness, and on the other hand, it is due to the better reflection behavior. A visible disadvantage is the comparatively pale black value. However, the Nano75 is the exception here and shows that this doesn’t always have to be the case.

On the other hand, TVs with VAVertical Alignment, type of LCD Panel panels score particularly well with high contrast and can immerse dark scenes in much deeper black.

Rather than proving enlightening, LG TV model numbers can be very confusing if you don’t know what to look for. That"s where we come in. This guide will help you make sense of LG’s tricky TV naming system and break down its entire lineup, from flagship OLEDs costing a small fortune to more affordable 4K LCD LED options.

If you decide an OLED isn’t for you, LG has plenty of options, including a QNED (Quantum NanoCell Emitting Diodes) lineup that makes use of a trio of panel technologies: Quantum Dot, Mini LED and NanoCell. All QNED options feature 120Hz panels and HDMI 2.1 ports.

LG QNED99: Top of the QNED pile is the 8K QNED99. It uses LG’s smartest, most powerful processor along with its most advanced LCD panel, which offers over 2,000 independently dimmable zones controlled by Precision Dimming Pro+.65QNED996PB: £3,299

LG QNED90: Available in the same sizes as the QNED99, this is the first of the 4K options combining Quantum Dot, Mini LED and NanoCell technologies. It’s powered by the Alpha 7 chip and only gets LG’s basic Precision Dimming technology.

LG QNED86: Like the QNED90, the QNED86 features a Quantum Dot Nancocell panel with Mini LEDs and is powered by the same Alpha 7 chip.55QNED866QA: £1,399

LGQNED81: While the QNED81 features a Quantum Dot NanoCell panel, it doesn’t use Mini LEDs so won’t have as many dimmable zones and therefore won’t be able to deliver the same level of contrast as pricier QNED options.

LG NANO81: The LG NANO81 is available in four screen sizes and each are powered by the fifth-generation Alpha 5 AI processor. The panel"s refresh rate is only 60Hz so it"s not the best choice for next-gen gaming but it does support Game Optimiser mode and ALLM.

QNED99 and QNED91: Like their 2022 refreshes, these premium LCD TVs feature ‘Quantum NanoCell Emitting Diode’ tech combined with MiniLED backlights that allow for hundreds of dimming zones. The 99 houses an 8K panel and fourth-gen Alpha 9 chip, while the 91 delivers 4K resolution and is powered by an Alpha 7 processor. Price: From £2,999 (QNED99 65in) and £1,699 (QNED91 65in)

NANO range: Cutting MiniLED backlighting and therefore cost, LG’s 2021 NANO range is comprised of a number of entries, the most expensive of which is the 8K NANO96. Options get gradually less advanced as you work your way down through the NANO91, 86, 80 and finally, the NANO75.LG NANO96: From £949 (55in) | Buy now from Amazon

LCD LED range: LG has an extensive array of LCD LED televisions catering for a wide range of budgets. The most expensive entry still being sold is the UP81, while the cheapest is the UP75, which we reviewed late last year.LG UP81: From £309 (43in) |

Our selection of the best LG TVs is topped by OLED models, which is not surprising given the company’s dominance when it comes to OLED technology. But LG also makes QLED displays (the company calls these “QNED” models) and has an affordable “NanoCell” line of regular LED-backlit TVs.

LG is one of the top-performing TV brands in the world, and the best LG TVs you"ll find on the market today are some of the most technically-advanced displays that have ever been made.

LG is one of the best TV makers, and it"s also one of the most prolific. LG tends to bring out many new TVs throughout any given year, from high-end displays that often feature in our best TVs guide, through to entry-level screens that are better suited to those on a budget. With so much choice, it can be a challenge to choose the best LG TV for you.

The powerful a9 Gen 4 AI processor on board offers excellent image quality, excellent motion handling and good upscaling – although sometimes we found that upscaled faces were a little redder than they would be in real life. That"s a really minor niggle, though: the visuals here are first class.

The real hero here is LG"s OLED Evo technology with Brightness Booster Max, which makes this LG"s brightest OLED yet – even more than the LG C2. Matched with excellent image processing, Dolby Vision HDR and – yes – four HDMI 2.1 ports, it"s very well futureproofed.

This is LG"s most affordable OLED, and while that inevitably means it lacks some of the features of its more expensive stablemates, LG hasn"t cut corners when it comes to picture quality. The OLED panel here is very impressive with bright whites, deep blacks and excellent contrast. As you"d expect the HDR support, like other LGs, includes Dolby Vision.

The A2 may lack the highest specs of its stablemates but when it comes to picture quality it"s a very fine TV. If you want to spend as little as possible to get really great visuals this is an excellent option.

LG"s LCD TVs have a hard time as LG focuses on making a case for OLED"s superiority. However, if you"re looking for an LCD TV the Nano90 is more than capable and won"t cost as much as the flagship C2 OLED at the top of this list.

The arrival of HDR has been particularly challenging for IPS screens, putting even more strain on IPS’s inherent contrast controls. The Nano90’s new backlight power management system, though, truly transforms LG’s LCD HDR fortunes – despite some mild backlight flickering.

Contrast is vastly improved over past LCD models, too – and black levels are, if not on a par with OLED, certainly still capable. During our LG Nano90 review we wrote: "It finally finds a way to massively improve - if not quite fully solve - LG’s long-running LCD contrast and backlight problems. It does this, too, without sacrificing the viewing angle benefits of IPS LCD screens, while also bringing out the strengths of LG’s Nanocell color technology in a way we’ve never been able to appreciate before."

We imagine that if you’re after an LED set at this price range, you’ll probably be making the jump to a QLED from Samsung. But for LG fans, though, the Nano90 is still a solid choice for your home

LG’s OLED sets tend to have a slightly warmer ‘pop’ to colors than some competitors, but the difference is pretty small unless you’re looking for it. OLED is able to reach deeper black levels and offer more precise light control than even the best LCD or QLED TVs, thanks to its self-emitting panels and ability to turn pixels off entirely. The TVs degrade faster than LCDs, though, and can"t go quite as bright as some of the newer Samsung TV models. (You can suss out your preference in our OLED vs QLED comparison guide.)

LED sets work a bit differently, though. LG’s LEDs are now labelled under “NanoCell”, rather than “Super UHD”, though they’re still the LED panels LG has been making for years.

The LG NanoCell 9 Series – that “9” again referring to its 2019 release, so you know it’s up to date – is listed as “LG 65SM9500PUA”, this time leading with the model size (65-inch). That’s followed by the “S” labelling for Super UHD / NanoCell TVs, compared to “U” for simpler UHD TVs, “L” for LED TVs that aren’t 4K. LG also used to use “E” for OLED and “P” or Plasma TVs (now discontinued), though you won’t find these labels on new sets.

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.

A variation on quantum dot technology, the Nano Cell LCD displays use uniformly sized particles (one nanometer in diameter), which the Korean company says offer more subtle, accurate colours that can be viewed from wider angles.

LG explains: “Nano Cell achieves such impressive results by absorbing surplus light wavelengths, enhancing the purity of the colors displayed on the screen. These light absorbing capabilities allow LG’s new LCD displays to filter distinct colors with much greater precision, rendering each color exactly as it was intended by the original content producer.”

The flagship 55-inch SJ9500, which is 6.9mm at its thinnest point, offers the best quality picture LG has ever mustered from an LCD set, the company says. It also has a crescent-shaped stand that offers ‘the illusion of floating on air’.

When it comes to comparing the two technologies, Nanocell seems more ideal for gaming as it offers clear view from any angle, and QLED offers a better viewing experience as it has higher contrast and brightness.

The quality of TVs has rapidly improved over the past decade. Industry leaders like Samsung and LG have been pushing the limits of screen technology, raising picture quality standards. This is great for cinephiles, gamers, and people who just want a beautiful viewing experience. However, the market for a new TV is flooded with different acronyms like OLED, QLED, and NanoCell. So, what do these things all mean? And how they should impact your buying decision. Stick around as explore NanoCell vs Qled, two technologies found in the latest Samsung and LG smart TVs respectively, to see how they stuck up against each other.

Samsung’s QLED technology adds a sheet with millions of nanoparticles while LG’s nanotechnology adds nanoparticles of the same size to remove incorrect power waves resulting in pure color.

First, we need to define LCD, the panel type that is the basis for NanoCell. LCD stands for Liquid Crystal Display and works through a series of layers and backlighting. Light is emitted from the back of the panel and filtered through some layers. These layers include RGB, a polarizer, and the liquid crystal layer. These crystals expand and contract to give a specific amount of RGB color and filter unwanted light.

NanoCell adds a layer of nanoparticles to this process which improves the filtration of light. The colors on your TV are represented in pixels that are made of millions of colors. The NanoCell layer expands the number of colors that can be produced so that each pixel is more representative of the true color. It mitigates bleed and ghosting effects and gives you a richer, more accurate picture.

As the name suggests, QLED is based on LED technology. LED stands for Light-Emitting Diode, which refers to the type of lighting that LED TVs use. LED TVs work a lot like LCD TVs; they both have backlighting that filters through layers that process light into an image. The main difference is the light source. LED TVs use light-emitting diodes, hence the name, while LCDs use fluorescent lights.

When looking at NanoCell vs QLED, keep in mind that LED TVs are typically thinner and more energy efficient than LCD TVs. They also tend to have much better picture quality. But the gap between LCD and LED TVs is closing, compelling LED manufacturers to innovate to keep up with QLED.

The Q in QLED stands for quantum dot, and like NanoCell, it adds a layer to the filtration process. This metallic quantum dot layer acts a lot like LG’s NanoCell technology. It can produce a lot more colors and filter out unwanted colors. QLED is most often found in Samsung TVs as they are the ones who manufacture the technology. Most of Samsung’s newest 8K TVs have QLED panels.

If you take anything away from this article, it’s the fact that not all TVs are built the same way. Compare every QLED TV with every NanoCell TV; you’ll find discrepancies. Both also have their pros and cons. Since TVs are not built the same, no one TV is all-around and better than the other.

QLED TVs offer a high dynamic range, but not all films and shows support HDR. NanoCell is better for viewing at an angle, but maybe that isn’t necessary with your home setup. Ultimately the choice of technology comes down to what you need in a TV. A dark home theater setup could use a Samsung QLED TV, while a bright living room, LG NanoCell.

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