The technologies in the automotive FPC technology market have become very diverse, evolving from the use of single-sided FPC technology to the current double-sided FPC and multi-layer FPC technologies. Modern automotive applications, especially those for new energy vehicles, require more complex and compact designs, improved signal integrity, a
The technologies in the automotive DSP chip market have seen massive changes in the last few years, shifting from the traditional audio DSP technology towards advanced sensor DSP technology, enabling more robust data processing, especially for ADAS and autonomous driving applications. Moreover, there has been a transition from standalone DSP ch
The technologies in the automotive and transportation connector technology market have undergone significant changes in recent years, with a shift from traditional copper-based connectors to more advanced fiber optic and radio frequency (RF) technologies. This shift has enabled faster data transmission, improved signal integrity, and enhanced o
Technological changes over recent years for the automotive ADAS chip market involve transitioning from a traditional microcontroller-based chip to a multi-core processor-based solution. In terms of computing power, much more power can now be delivered compared to conventional chips to produce faster decisions when safety-related features, like
The technologies in the zigbee system on chip (SoC) market have experienced significant changes in recent years, shifting from basic zigbee protocol stack integration to more advanced, low-power consumption systems. Additionally, there has been a transition from basic integrated RF capabilities to sophisticated mesh networking and multi-protoco