EVOLUTION OF LED PANELS AND NEW DIGITAL DISPLAY TECHNOLOGIES

Abstract

This article analyzes the evolution of LED panels and the development of new digital display technologies, considering advances in efficiency, resolution, electronic performance, and the applications of these systems. In a context marked by the expansion of digital visual communication and the growing demand for high-definition solutions, low energy consumption, and greater durability, LED panels have undergone significant transformations in their architecture, composition, and operation. The research adopts a qualitative approach of a theoretical, exploratory, and descriptive nature, based on bibliographic research involving the analysis of books, scientific articles, and technical documents related to LED technologies, digital display systems, applied electronics, and technological innovation. The results indicate that the evolution of LED panels is directly related to improvements in electronic components, reduced energy consumption, increased pixel density, and the development of technologies such as MiniLED and MicroLED. In addition, advances in control systems, image processing, and thermal management have contributed to greater visual quality, reliability, and a wider range of applications. It is concluded that the continuous development of digital display technologies expands the possibilities for the use of LED panels in different sectors, consolidating these systems as strategic solutions for commercial, industrial, institutional, and technological applications.