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As digital technology continues to enhance the already sophisticated dynamics behind powertrain electrification, driver interfaces, and advanced driver assistance systems (ADAS), a growing number of electronics are required to compete for space inside vehicle architectures. As today's automotive design engineers work to integrate new vehicle capabilities, miniaturized components can help to maximum performance when space is limited.

Automakers are migrating from domain architecture to zonal architecture to support the functionality of tomorrow’s vehicles. Contrasting to a domain architecture, zonal architecture offers a more efficient solution that groups functions into several zones within the vehicle. The advantages offered by this will change automotive design completely.

A growing emphasis on transformational energy is converging with consumer expectations in the transportation space involving safety, comfort, convenience and functionality — spurring a revolution in automotive architecture and a shift toward electric vehicles (EVs). The continued increase of electrical content and the electrification of powertrains on vehicles is a positive and inevitable progression...

The autonomous vehicle represents a combination of the latest automotive trends into a single product. The rise of electric power, the use of C-V2X connectivity and the introduction of advanced safety features for the driver are all preparing the way for the self-driving car. It is rare that so many new innovations mature at the same time to create such a re-evaluation of how we travel.