Along with their incredible color and wide viewing angles lg super uhd tvs with nano cell display technology also support premium hdr content mastered by dolby vision and are compatible with generic hdr10 and hlg.
Nano cell display technology.
In lg s nano cell technology this technology related to liquid crystal coupled with an unknown nano material is used to improve the display.
The oled displays have set the bar for consumer display technology and the 2019 models continue to push this technology further.
We had a chance to look at the new 65 inch c9 oled which is the.
The lg nano cell technology tvs start at rs.
This innovative technology optimizes the hdr picture scene by scene for a more life like viewing experience.
However what makes the nano cell technology even better than ips technology is the fact that the quality of contrast and color provided by nano cell technology is a notch above the ips display.
On the other hand the oled model from sony starts at rs.
Nano cell technology offers a more vibrant colour palette to support more than a billion colour combinations thereby taking the tv viewing experience to an entirely different level altogether.
In layman terms the nano cell technology of lg is a version of its lg s ips nano where ips stands for in plane switching.
Hence you will not find the same on any other tv.
Lg has the answer and it s called nano cell technology a variation on lg s existing quantum dot technology.
Besides you have technology like oled and qled to provide a blemish free tv viewing experience.
Lg patents this technology.
R ich lifelike colours leap out of the screens of lg s new nanocell televisions thanks to cutting edge screen technology that uses tiny particles measuring just a nanometre across to filter.
2 77 lakh and go up to the price point of 23 lakh which is quite pricey for a tv.
Oled nanocell don t forget to like comment subscribe.
The samsung qleds are available from rs.
The ips display technology is nonetheless a great option too.
Nano cell lcd displays use uniformly sized particles approximately one nanometer in.
A collaboration by peter palomaki matthew bertram.