What is the history and development trend of AMOLED screen?
AMOLED screen is a new type of display technology with extremely high image quality and power saving features. Its history and development trend are very worthy of our understanding and attention.
AMOLED screens are a type of display technology made of organic materials. Organic materials have light-emitting and electrochromic properties, so they can be used to manufacture components and materials that drive displays. AMOLED screens were extensively researched and developed in the early 1990s.
Early AMOLED screens were mainly used for small-sized displays, such as the screens of handheld devices. This is because the AMOLED screen has the advantages of fast refresh rate and low power consumption. However, early AMOLED screens were not widely used due to their high price and high production costs.
In recent years, with the continuous progress and development of AMOLED technology, AMOLED screens have been widely used in the displays of large-size flat-panel TVs and smartphones. Among them, Samsung, LG, Huawei and other companies have begun to use AMOLED screens as their main display screens. As the price and cost of AMOLED screens continue to decrease, it is expected that it will become one of the mainstream display technologies for smart devices in the next few years.
Because AMOLED screens have many advantages, such as being able to display deeper blacks and higher contrast ratios, and have faster response speeds. In addition, the AMOLED screen also has a wider range of viewing angles, a faster refresh rate and higher color saturation. These advantages have made AMOLED screens an integral part of the consumer electronics industry.
In a word, AMOLED screen is a very promising technology, and it will be more widely used in the future development. Future research will be dedicated to the study of new organic materials and the further development of AMOLED screens in terms of production cost and reliability, so as to promote it to become the mainstream of future display technology.