The white paper presents the significant shifts in the automotive industry, focusing on the transformation of electrical architecture in the automotive industry: Discover how Glass Optical Fiber is shaping the future

The automotive industry is undergoing a major transformation, with a complete overhaul of the electrical and electronic architecture of vehicles on the horizon. As the amount of data that needs to be transmitted continues to grow, manufacturers face a crucial challenge:

How to reduce the complexity of wiring harnesses while meeting increasing connectivity demands? In this white paper, we delve into how this innovation (Glass Optical Fiber) addresses current and future automotive market needs.

Why is the evolution of electrical architecture crucial? Modern vehicles are increasingly connected and equipped with advanced electronic systems. From autonomous driving to infotainment systems, the amount of data flowing inside a car is skyrocketing. However, with these advancements comes a pressing question:

How can we integrate these technologies while reducing the number of cables and simplifying wiring systems? Glass Optical Fiber emerges as a solution to these challenges. Unlike traditional cables, GOF enables the transmission of massive amounts of data at high speed while significantly reducing the weight and complexity of wiring harnesses.