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Television brands constantly improve their TVs each year. To do this, they may introduce new technology, such as quantum dots or organic light-emitting diodes (OLEDs.) One of the most recent introductions, NanoCells, shapes the future for LG and will probably be among the best TVs in the market. This new technology may leave people wondering what is NanoCell TV.
NanoCell TVs work the same as light-emitting diode (LED) liquid crystal display (LCD) models, but they have an additional filter layer. LCD TVs house many liquid crystals arranged in a grid, with three color filters, one each of red, green, and blue. These crystals do not produce the light necessary for the display, so each TV includes a backlight system. You should know what is LCD TV and if your TV model has this type of display. In most cases, this backlight system is one with LEDs. There are several arrangements of LED panels.
NanoCell TVs have a film layer that contains NanoCells. This layer aims to increase brightness and color contrast while also reducing light bleeding into the darker surrounding areas. Additionally, NanoCells may help to create a more immersive experience. They are much better than plasma TVs if you know what a plasma TV is. And if you know about plasma TVs maybe you are interested to learn more about how 3D TVs work or what a DLP TV is. Granted all three of these types of TV are no longer produced, they can still be found on the secondary market. And learning more about them could help inform you on what you can expect from them should you purchase one. Enough of old technologies, continue reading to learn more about NanoCelll technology in TVs.
One of the NanoCell filter functions comes from the belief that colors bleed into one another on a TV screen. This concept can be seen in various optical illusions, where the eye sees the same color differently depending on the surroundings. However, TVs may show vibrant and authentic colors with the filter, allowing viewers to observe the content as the creator intended. With this filter, consumers notice that the colors on the screen have better contrast between colors and brighter whites and deeper darks.
Additionally, LG aims to present more precise colors, meaning that the color shows in the areas it is needed and not others. With regular TVs, consumers may notice the effect of colors bleeding together. This effect is separate from the impure colors mentioned above because the colors actively affect the surrounding pixels. To combat this effect, LG has begun introducing mini-LEDs and full array dimming. Each of these technologies exists with the express intent of reducing the bleed-through of other colors where darkness should be.
In many models, NanoCell TV may also allow for wider viewing angles. Because the colors are more precise and only where they should be, the viewing angle should affect the detail and clarity of the image less. This idea means that viewers can sit in a wider variety of positions and see a similar image. In the future, LG may combine quantum dot and NanoCell technology together to create QNED TVs. Quantum dot filers are used in quantum dot light-emitting diode (QLED) TVs with a similar effect to that of a NanoCell television.
NanoCell TVs typically include 4K or 8K resolutions. You likely already know that 8K resolution is four times better than 4K. 8K resolution jams even more tiny pixels into your screen, making for a sharper and more realistic image, offering 33 million pixels (7680X4320.) Every aspect of NanoCell TVs also aims to produce a more immersive viewing experience.
Are NanoCell TVs good?
NanoCell TVs are intended to produce more vibrant and precise colors and clarity.
Is LG NanoCell good for PS5?
One aspect of many NanoCell TVs, TruMotion, attempts to reduce the blur between images’ frames. Because of this and the fact that many NanoCell TVs feature 4K or 8K resolution, gamers may notice the PS5 enhanced graphics more.
What is the life of an OLED TV on average usage?
An OLED TV at 100% brightness should have a lifespan of around 10,000 hours.
STAT: For example, you likely already know that 8K resolution is four times better than 4K. 8K resolution jams even more tiny pixels into your screen making for a sharper and more realistic image, offering 33 million pixels (7680X4320). (source)