Innovation in terminal products leads to the development of FPC flexible circuit boards

With the rapid development of electronic devices represented by smartphones towards miniaturization, the application of FPC flexible circuit boards has become increasingly common; In the new energy vehicle market, FPC flexible circuit boards are widely used in GPS devices, LCD displays, radio devices, and entertainment devices such as DVD players; In terms of intelligent wearability, smart watches, smart bracelets, VR helmets, and other devices have extensively used FPC flexible circuit boards in chip, sensor, and overall design.



1. New energy vehicles



The development trend of automotive automation, electrification, and networking has nurtured new opportunities and developments in the reliable performance FPC flexible circuit board market. At the same time, the continuous increase in the proportion of automotive electronic costs not only promotes the development of high-quality FPCs produced professionally, but also brings new growth momentum to reputable FPC manufacturers, and promotes a significant increase in their output value.



2. Wearable devices



With the rapid expansion of a series of wearable devices, there is no doubt that FPC flexible circuit boards are developing towards lightness and thinness. The high degree of fit between high-end FPC and wearable devices has further increased the demand and development of FPC. In addition, the rise of the wearable market, especially virtual reality and augmented reality technology, has led to deeper development of FPC in both structure and performance.




3. Smartphones



The innovative features of smartphones have pushed the use and development of FPC to new heights, and the arrival of the era of comprehensive screen smartphones is driving the rearrangement and direction of the FPC industry chain. The widespread application of flexible LED screens has greatly stimulated the demand for FPC flexible circuit boards. In addition, the fingerprint recognition scheme under the screen of smartphones has driven the development of FPC flexible circuit boards towards double-layer ultra-thin and ultra-narrow directions.