Advances in Design of Electronics in the Automotive Industry
Theorists have been dreaming of self-driving and ultra-efficient electric vehicles since the displays of the 1930s World’s Fair events, but it’s the concrete advancements in the design of electronics that allow for the realization of these dreams. Understanding the connection between automotive industry trends and advances in the design of electronics will help you succeed as either a manufacturer or subcontractor. Keep your finger on the pulse of the cutting edge in design of electronics by tracking these emerging automotive trends.
Design of Electronics for Virtual Displays and HUD Technology
First, many manufacturers across the globe are prototyping and testing the design of electronics to create immersive displays that are projected on or overlaid across the interior of the windscreen and the dashboard. Thanks to improving design of electronics, complete heads up displays (HUDs) are now possible without creating distractions for the driver. These immersive virtual reality and HUD designs give the driver a lot of information at their fingertips while allowing them to stay focused on the road.
Anything from incoming text messages to warnings about weather changes can appear on the display thanks to the latest integrated design of electronics. Along with powerful projects or advanced translucent display films, other advancements in the design of electronics required for these displays include dozens of sensors and integration devices for tracking information like engine temperature, weather conditions, traffic patterns, the driver’s habits, and more.
Design of Electronics for Flexible and Printed Electronic Components
The switch from bulky and stiff circuit boards and other components to modern flexible and printed design of electronics has made it easier than ever to integrate more technology into the average vehicle. The demand in design of electronics for components that can fit in tiny spaces and adjust to challenging demands has created a projected $5 billion demand for printed electronics in the European automotive market alone by 2026. Using a flexible backing for the design of electronics allows for the quick creation of accurate sensors, communication devices, self-driving vehicle LIDAR systems, and even advanced safety features.
Self-Driving Design of Electronics
No one part of the automotive industry is driving innovation in the design of electronics quite as much as the self-driving car. From large scale automated shipping trucks to compact and convenient consumer vehicles, these complex automobiles are packed with the cutting edge of design of electronics. Hundreds of sensors connected through the design of electronics help keep track of the location of other cars, the vehicle’s distinct and relative location, hazards like slippery roads or moving pedestrians, and so much more. This combines hundreds of distinctive parts that all require their own unique design of electronics and corresponding extensive testing and adjustments to help them work seamlessly together.
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