There seems to be a brand-new type of television technology emerging every year. OLED screens and the NanoCell screens made by LG are two of the more recent varieties. These two very different TV types are sometimes sold with comparable features despite being considerably different.
In that case, what are OLED and NanoCell TVs? What are the differences between them, too?
You may save time and effort by letting us do the research. In order for you to fully understand what you’re getting, we’ll compare NanoCell and OLED panels in this post, as well as describe how each one operates and its advantages and disadvantages.
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Table of Contents
What Is a NanoCell?
In many of their most recent TVs, LG has included the innovative display panel technology known as NanoCell. What makes NanoCell unique, then?
The standard light-emitting diode (LED) and liquid crystal display (LCD) TVs and LG NanoCell TVs are extremely similar. They still have backlighting and have the same 4K resolution as other televisions.
The key distinction is that NanoCell makes use of an additional layer of nanoparticles that serves as a color filter and boosts the vibrancy and accuracy of the exhibited colors. In this sense, they resemble QLED screens more closely.
How does that operate? Red, green, and blue pixels are used in TV displays. Millions (or a billion, in the case of NanoCell TVs) of different colors are available by combining these hues.
However, intruding light may cause the colors to seem distorted on the TV screen. The color accuracy can be impacted by pixels that are close to one another “bleeding” their color onto adjacent pixels.
In NanoCell TVs, “unwanted light wavelengths” are blocked by the color filter. In other words, it blocks out light that would cause the erroneous hue to appear on a screen. The NanoCell TV now displays red, blue, and green colors more accurately. Additionally, it enhances the screen’s white and black contrast.
Full-array local dimming is an additional feature available on select NanoCell TVs (FALD). The dynamic range of the screen is increased as a result of the technology, which dims the TV’s illumination in dimly lit regions to produce deeper blacks and shadows. With significantly reduced costs, this makes an effect comparable to OLED TVs.
So why would you opt for a NanoCell TV rather than an OLED TV?
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Pros of NanoCell TVs
Here are a few of the key benefits of purchasing a NanoCell TV.
- Compared to comparable LED TVs, NanoCell provides images with a higher dynamic range and greater image quality.
- A NanoCell TV’s precise colors produce an image that is sharp and detailed.
- The cost of NanoCells is in the middle (about half the price of an OLED TV).
- Unlike conventional LCD panels, nano-cell TVs do not fade.
- Wide-angle viewing: NanoCell TVs allow for viewing angles of up to 178 degrees.
- If kept on a static image for too long, NanoCell TVs won’t “burn-in.”
Cons of NanoCell TVs
There are several cons to NanoCell TVs that you should be aware of before making a purchase.
- The color accuracy and image quality of NanoCell TVs are still inferior to that of OLEDs because they are still LCDs with a backlight.
- On NanoCell displays, the blacks are not as deep as on OLED TVs.
- OLED TVs use less electricity than nano-cell TVs do.
What Is OLED?
Organic light-emitting diodes are known as OLEDs. An image can be displayed using this more recent digital display technology without the need for a backlight. Instead, every pixel is lighted separately.
One benefit of this is that it’s possible to create “true black” where TV areas can be absolutely dark. This is conceivable since the pixels are actually off when the TV area is black. OLED TVs feature a substantially higher dynamic range than conventional LEDs and NanoCell TVs due to the fact that each pixel is separately illuminated.
The image produced by OLED technology is very detailed. An OLED TV can provide an image that is far more detailed than its rivals since the colors are so vibrant and the dynamic range of the image is higher.
OLED TVs are highly regarded for their contrast, deep blacks, and superb dynamic range by both TV experts and photographers.
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Pros of OLED TVs
Here are a few of the key justifications for buying an OLED TV.
- OLED TVs provide substantially higher image quality than NanoCell TVs since they have incredibly deep blacks and vibrant colors.
- OLED TVs often use less energy because they don’t need a backlight that runs all the time.
- OLED TVs can be thinner than traditional LEDs and can be utilized in curved screens because they don’t need a backlight (and other types, like rollable TVs).
- The majority of OLED screens have quick response times and minimal input lag. For anyone seeking for a TV to play games on, this is fantastic.
- OLED panels are superior to traditional LED and LCD screens for fast-motion video because they have a faster response time (such as in sports or gaming). For more detailed suggestions, see our list of the top gaming TVs for the PS5 and Xbox Series X/S.
- OLED TVs have extremely broad viewing angles and still maintain their brightness and accuracy.
Cons of OLED televisions
- You should take into account that OLED TVs have a few drawbacks in addition to the attention to detail they offer.
- OLED TVs are significantly more expensive than regular LED TVs and can cost up to twice as much as LG’s NanoCell TVs.
- Burn-in, where an image “burns” into the screen, is a potential problem with OLED TVs. Having said that, burn-in often takes thousands of hours to complete.
OLED Vs NanoCell: Which Is Better?
In-plane switching (IPS) and LCD displays make up LG’s NanoCell TVs. The viewing angles on these screens are extremely broad. A second feature of the NanoCell TVs is a coating of nanoparticles that can block incoming light waves that might otherwise have a negative impact on the color and brightness of the screen.
In order to prevent color from “bleeding” onto other areas of the screen, the filter predominantly aids the reds and greens. Comparatively speaking to other LED panels, NanoCell TVs provide highly realistic colors. Therefore, LG’s panel triumphs over LED when compared NanoCell to it.
OLED TVs, on the other hand, are a whole own category of the screen. Due to the self-illuminating nature of organic light-emitting diodes, it is possible to have both completely black screen areas and highly vibrant colors. OLED screens can be produced in curved shapes and at extremely thin thicknesses as a backlight is not required.
OLED panels outperform their previous LED and LCD rivals in terms of image quality, power efficiency, and response times since each pixel is independently lighted. This list of the top OLED TVs on the market is for you if that’s exactly what you’re looking for.
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Conclusion
OLED often performs better than LG’s NanoCell TVs. OLED has greater visual quality, better gaming performance uses less power, and has richer colors, deeper blacks, and brighter whites.
However, because it doesn’t have the same risk of burn-in as OLED, the NanoCell is more suitable for usage in brighter environments. Additionally, NanoCell TVs cost a lot less than OLED TVs.
When selecting a TV, keep in mind your needs, your goals, and your budget.
