This article provides a comprehensive overview of mainstream LCD display interfaces, with a special focus on the Serial vs Parallel RGB interface comparison. It also covers other popular technologies such as LVDS, MIPI, and HDMI. You'll learn about each interface’s characteristics, advantages, supported resolutions, and ideal application scenarios.
The abbreviations follow common patterns where "Quarter" means one-fourth the original resolution, "Super," "Extended," and "Ultra" indicate enhancements, and "Quantum" or "QQ" typically refers to further scaling down of resolution.
a common question remains: “How long is the OLED screen lifespan?” The answer isn’t fixed — it depends on where and how you use the screen, as well as the underlying technology.
When customers search for "tiny/miniature OLED display," they are often referring to displays smaller than 1 inch. Most developers are not very familiar with professional display terminology, so they may not know exactly which type of display they need.
Thin Film Transistor Liquid Crystal Display (TFT - LCD) is a mainstream display technology that combines electroluminescent conversion technology with light modulation using liquid crystal technology.
Explore the key differences between LCD, LED, OLED, Micro LED, and Micro OLED display technologies. Compare picture quality, energy efficiency, cost, and ideal use cases to find the best screen for your needs.
An LCD controller board, also known as an LCD driver board, acts as a crucial bridge between a display panel (such as LCD, OLED, or LED) and the input source (like HDMI, DisplayPort, or USB Type-C).
This article uses the example of a TFT-RGB interface LCD to explain the hardware working principle of LCDs and the analysis of LCD timing parameters.
COF was considered as the benchmark for "high-end display products." COF structures can be divided into: roll structure and piece structure.
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