久久精品亚洲精品无码-国模和精品嫩模私拍视频-成人天堂资源www在线-久久伊人色av天堂九九小黄鸭-免费精品无码av片在线观看

For the current large screen display market, LCD splicing screens and LED displays are gradually becoming the protagonists of the times, and LCD splicing screens are gradually replacing rear projection displays as inevitable. The emergence of narrow edge splicing screens compensates for the visual effect of LCD splicing screens.

Narrow edge splicing screens, with their advantages of high definition, high contrast, long lifespan, and simple installation and maintenance, have rapidly developed and occupied the market. At the same time, they are also constantly innovating in the construction of major LCD display brands such as Samsung, LG, and Sharp. As a high-tech product, LCD displays have quickly occupied the market. In the blink of an eye, the nationwide trend of "not using LCD splicing screens" is sweeping across both sides of the Taiwan Strait and three regions. This also proves the technological advantages of LCD splicing in various industries, from enterprise management units to command and control centers of various government departments, from conference rooms to dispatch rooms, from stations to airport work, and his presence can be seen.

The emergence of narrow edge splicing screens has brought a trend, adopting the latest screen technology.Narrow edge splicing screenUsing the latest made LCD panel. Its breakthrough lies in the application of ultra-high brightness, ultra-high contrast, ultra-durability, and ultra-narrow edges, which solves the technical barriers in the use of LCD displays and digital advertising logos.

In general enterprises, the brightness information of LCD screens used in televisions or computer systems is only 250-300cd/m2, and the brightness information of LCD screens with DID panels is 1500cd/m2, which is twice that of countries where traditional teaching computers or televisions are used as LCD screens and three times that of ordinary rear projection. So, using DID panels for professional research, LCD control displays can be clearly analyzed and visible even for young children in strong outdoor light.