The electrical/electronics (EE) architecture of mass market automobiles is evolving rapidly to meet requirements for seamless connectivity, upgradable software, network and vehicle wide security, and management of increasing complexity, all while reducing design cycle time and offsetting higher computing costs by easing system integration. It’s a big task list, and the key to success is movement from traditional distributed control networks to a zonal architecture based on Central Computer Systems.

Electromobility is the foundation for environmentally responsible and sustainable mobility. However, making electromobility successful requires not only an electrified car, but also the supporting ecosystem and charging infrastructure based on renewable energy, as well as carbon-neutral car manufacturing.

From the exterior, cars of today don’t look that much different from those manufactured a decade ago. However, if you peeled back the skin and looked inside, you’d see huge changes.

With the increased push to reduce the use of fossil fuels for a sustainable future, electric vehicles will experience unprecedented growth in the coming years.

Quantum computers hold much promise for the future, yet their computing power poses a significant threat to current security methods such as public key cryptography. 

In a world where technological innovation shapes our daily lives, the clunky jingle of keys may soon become a distant memory.

A purchase from earlier this year seeing Imagimob being obtained from Infineon has now started to see fruition. Infineon’s ModusToolbox Software is being integrated with Imagimob’s ML development system. The solution is a reliable cost-efficient way to develop AI-based machine learning models for in-house IP design.