The emergence of full viewing angle LCMs, with their groundbreaking optical design and material innovations, is redefining visual boundaries, bringing unprecedented immersive visual experiences to fields such as automotive displays, medical imaging, publi
Wide-viewing-angle (LCM) technology has been widely applied in consumer electronics, industrial control, medical displays, and other fields.
During assembly, component tolerances must be controlled to avoid stress concentration caused by deformation of the iron frame or plastic frame, which could lead to uneven brightness.
Within this range, color saturation and contrast degradation are minimal, and the screen colors remain consistent even when viewed by multiple people from different angles simultaneously.
While the viewing angle and response time of a full viewing angle lcm are technically related, they are not absolute constraints.
As display resolution increases, the number of pixels increases dramatically, requiring the driving circuit to complete full-screen refresh within a shorter frame period.
