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When investing in an LED display, you'll encounter technical terms like "pixel pitch" and "resolution." Understanding these two concepts is the single most important factor in choosing a screen that delivers the visual impact you expect. A mismatch between these specifications and your viewing environment can lead to a pixelated image or an overspent budget. This guide demystifies pixel pitch and resolution, providing clear, actionable advice to help you select the ideal LED

LED displays are a significant investment, delivering vibrant, dynamic content for your audience. To ensure they continue to perform at their best and to maximize their lifespan, a consistent cleaning and maintenance routine is essential. While seemingly straightforward, proper care prevents damage and guarantees a flawless visual experience. This guide provides a professional, step-by-step approach to cleaning and maintaining your LED screens, ensuring they remain a valuable

Introduction When designing or choosing LED display systems, one often-overlooked but important factor is the electrical connection mode  of the LED modules — specifically whether the module uses a common cathode  or a common anode  configuration. This choice affects wiring, driver logic, power consumption, heat generation, and ultimately the reliability and performance of the display. What Are “Common Cathode” and “Common Anode”? Common Cathode (CC) : All the negative termin

The Evolution of LED Encapsulation In the world of LED display manufacturing, encapsulation technology plays a crucial role in determining how reliable, durable, and visually consistent  a display can be.Among the most widely adopted methods today are COB (Chip on Board)  and GOB (Glue on Board)  — two packaging techniques that share similar goals but achieve them in very different ways. While both aim to protect LED chips from heat, moisture, and physical damage, their desig

Keywords:  MIP technology, Micro LED, LED packaging, mass transfer, Micro LED display, COB vs MIP, LED display manufacturing, next-generation LED 1. Introduction to MIP Technology MIP, short for Micro LED in Package , is an advanced packaging method developed for next-generation Micro LED displays.It uses mass transfer  to move microscopic LED chips onto a substrate, and each pixel is then individually encapsulated  to form an independent unit.Through precise optical separat

Structure, Performance, and Best-Fit Applications As visual requirements for digital signage, control rooms, retail displays, and high-end meeting spaces continue to rise, choosing the right LED module technology has become critical.This article compares COB (Chip-On-Board)  and SMD (Surface-Mounted Device)  LED technologies in terms of structure, performance, and ideal use cases — helping you determine which solution best fits your project needs. 1. Understanding the Technol