corning\'s lotus nxt glass to grow on declining panel prices, higher resolution

by:LCD Mall     2020-09-02
Corning recently launched the Lotus NXT glass, the latest product that the company uses for liquid crystal displays and oled displays, and the third generation of Lotus glass products.
This glass has some features that allow consumers to have better viewing fun and also reduce the cost of panel manufacturers.
Given the pressure on panel manufacturers to cut prices and the increasing popularity of high-resolution displays, we believe there may be a high demand for Corning\'s Lotus NXT glass.
Please see our complete analysis of Corning hereDeclining panel prices, which brings growth opportunities to Lotus nx. The increasingly fierce competition in the smartphone market has led to price wars among various manufacturers.
In order to gain market share, manufacturers often introduce low-cost products, thus reducing the average price of smartphones.
In order to remain profitable at these low prices, manufacturers must rely on lower costs.
So they put pressure on suppliers to cut prices.
The average price of the smartphone display dropped from $22 per module in 2013 to $19 in 2014, down about 14% year on year-on-year --on-year.
According to the forecast of ih, due to the stronger bargaining power of smartphone manufacturers and the overcapacity of display manufacturers, this figure will be further reduced to $17 per module in 2015.
Smartphone display makers may lose money if they continue to fall sharply.
During this period, Corning\'s Lotus NXT glass can help panel manufacturers.
The company claims that Lotus NXT glass can increase assembly production by 1. 5%.
This will reduce the cost of panel manufacturers.
At a time when panel prices may fall, panel manufacturers will most likely find that Lotus NXT glass is an attractive option to maintain the bottom line.
The growing demand for high-resolution displays today may help Lotus NXTConsumers to be more demanding --
Resolution display and longer battery life for smartphones, tablets and laptops.
As a result, display panel manufacturers are increasingly turning to low
Temperature of polysilicon or oxide film
Thin-film transistor backplane to provide a higher resolution display and meet low power requirements
Thin crystal-
Thin film silicon cannot produce such properties.
However, these techniques involve a huge change in temperature, resulting in a wide range of movement of the display glass, which is problematic after it wins?
T is aligned with the back panel.
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