Capital - White Paper
Autonomy, electrification & rise of model-based E/E design
The use of advanced software enables automatic transformation of input models to deterministic outputs, profoundly enhancing the efficacy of automotive electrical and electronics (E/E) design.
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This paper unveils a groundbreaking software that effortlessly transforms input models into deterministic outputs, revolutionizing automotive electrical and electronics (E/E) design.
Electrical systems design software transforms today’s design processes
The level of electrical and electronic (E/E) material in newly-built automobiles is steadily increasing due to increasing customer demands for customization and frequent updates. Simultaneously, emerging technologies like autonomous and electric vehicles are rapidly advancing, resulting in a more complex E/E landscape. Advanced E/E design and engineering tools can automatically convert input models into deterministic outputs, and are essential for the development of technologically advanced vehicles in the future.
Key learnings of model based E/E design
Modern electrical and electronic engineering solutions offer cutting-edge features to optimize and hasten vehicle development:
- Generative design capabilities can effectively automate manual tasks by synthesizing wiring, components, and more.
- Integrated metrics promptly provide design feedback on properties such as bandwidth, weight, cost, and CPU utilization.
- Furthermore, a resilient digital thread ensures data continuity from requirements to manufacturing, facilitating the creation of a comprehensive digital twin.
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