Events & News

In the world of industrial and commercial displays, resolution plays a critical role in determining image clarity, readability, and overall user experience. Among various display resolutions, 1280 x 720—commonly known as HD—remains a relevant choice even in an era dominated by Full HD and 4K screens. But why does 720p still matter for certain applications?

Image retention—also known as image persistence or image sticking—is a common concern in industrial LCD displays, especially in applications where static images are shown for long periods. Although LCD technology does not suffer from permanent burn-in like OLED, image retention can still affect display uniformity, readability, and perceived quality if not properly addressed.

Understand display serial interfaces, including SPI, LVDS, MIPI DSI, and eDP. Compare bandwidth, cost, distance, and use cases to choose the right interface for industrial and embedded displays.

For industrial, automotive, medical, and outdoor applications, screen readability under sunlight is critical. Unlike consumer devices, industrial displays often operate in harsh ambient light conditions, where insufficient brightness can compromise visibility and usability. Understanding nits, sunlight-readable displays, and brightness requirements is essential for selecting the right display solution.

In industrial display systems, visual consistency is critical. When a localized bright area—commonly referred to as a white spot—appears on an LCD, it often raises concerns about quality, reliability, and long-term performance. Unlike consumer electronics, industrial displays operate under harsher conditions and longer lifecycles. As a result, white spots on LCDs are rarely cosmetic issues. They can indicate deeper mechanical, optical, or system-level design challenges. This article explains what white spots are, why they occur in industrial LCDs, and how they can be prevented through proper design and process control.

In this article, we will explore the longevity of TFT displays, the factors that influence their lifespan, how to maximize their durability, and what to expect from TFT technology in terms of longevity. By the end, you'll have a clear understanding of how long you can expect your TFT display to function at its best and how to extend its useful life.

Anti-glare (AG) and anti-reflection (AR) surface treatments are commonly used to address these issues. Although these treatments are technically applied to the cover glass or touchscreen surface, their impact is usually evaluated at the industrial display system level, especially when optical bonding is involved. This article explains the differences between anti-glare and anti-reflection treatments and helps you choose the right solution for industrial displays.

At FANNAL, we are often asked about the difference between LCD and OLED displays. Many people are familiar with OLED screens in smartphones and TVs. Still, when it comes to industrial, medical, outdoor, or embedded applications, the answer is not as simple as “OLED is better.” In this article, we explain the real technical differences between LCD and OLED displays, based on our experience as a custom display manufacturer, and help you choose the right technology for your project.

To further enhance employees’ professional understanding of LCM (Liquid Crystal Module) technology and improve cross-department collaboration and problem-solving efficiency, FANNAL recently organized a dedicated LCM Professional Knowledge Training session.

In the world of modern electronics, displays play an essential role in providing clear, vibrant, and sharp visuals. From smartphones and televisions to computer monitors and digital signage, various types of display technologies have been developed to cater to different needs.