In industrial applications, display adaptation is rarely just about connector compatibility. Two panels with identical sizes and resolutions may still fail to work properly due to differences in timing requirements, lane configurations, firmware settings, power sequencing, or signal integrity constraints.
Recently, the FANNAL team came together for a two-day team-building event aimed at strengthening collaboration, fostering communication, and creating meaningful connections across departments.
Learn how ZIF connectors work, why they are widely used in TFT LCD modules, and what engineers should consider when selecting connectors for display integration, reliability, and long-term performance.
At Fannal, we believe that the foundation of high-quality industrial touch display solutions lies not only in our engineering precision but also in our shared purpose. To ensure every member of our team is deeply aligned with our long-term goals, we recently held a comprehensive training session focused on Fannal’s Vision, Mission, and Values.
From mechanical gauges to TFT dashboards, two-wheeler displays are evolving with navigation demands, battery technology, and outdoor usability requirements. But monochrome LCDs are still widely used in many motorcycle and e-bike applications.
Compare eDP and LVDS interfaces for industrial displays. Learn the differences in bandwidth, EMI, cable design, power consumption, compatibility, and why many modern TFT LCD systems are moving from LVDS to eDP.
Because in medical EMC testing, the display is rarely the certification target by itself. The actual test object is the entire medical device system — including the power architecture, motherboard, grounding structure, cables, shielding design, enclosure, and every connected module.
Why is interface standardization becoming more important in industrial HMI systems? Because industrial products increasingly rely on long lifecycle hardware platforms. Standardized display interfaces help reduce redevelopment work when customers later need different sizes, upgraded models, or replacement panels after discontinuation.
In industrial and embedded systems, the “right PPI” is always the one that matches the real application, not the highest possible value. That’s also how we approach display design at FANNAL: practical, application-driven, and engineering-focused.
Heated LCD displays are designed to solve one of the biggest challenges in industrial environments: low-temperature reliability.
Cold weather can slow liquid crystal movement, reduce touch responsiveness, increase ghosting, and even prevent LCD startup entirely. By integrating controlled heating systems into display modules, industrial equipment can maintain stable operation in harsh outdoor and low-temperature conditions.
