Connected, electric, and autonomous vehicles will alter how cars are evaluated and used. In particular, the value of electric and autonomous vehicles is increasingly found in the electronics, and not the mechanical aspects of the vehicle.
In the new age of mobility, companies that are able to own and optimize the design of the critical electronics will capture more of the profit available. Developing bespoke systems-on-chips (SoCs) to meet the exacting demand on power, performance and area requirements, is one of the most difficult and critical challenges that autonomous vehicle programs have to overcome in order to achieve commercial success. The ability of these chips to safely and reliably navigate a vehicle through an environment will be a key differentiator in the autonomous vehicle market. The safest and most reliable system will gain the greatest public trust and thus the greatest favor on the market. Advanced integrated circuits (IC) design and verification solutions can help companies realize their SoC designs, verify them, maximize their yield after manufacture, and ensure their reliability over a long lifetime.
This white paper covers the following aspects:
Accelerating automotive IC design cycles
Functional safety, verification & design for safety
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