Use case summary
Semiconductors: How high-voltage architecture shapes safety and long-term performance
Challenge
Improving quality and maintaining low-cost chip production while adhering to stringent regulatory safety standards.
Approach
Minimize electric shock risks by determining critical metrics for detecting safety-critical voltage anomalies, and validate chip software safety and security detection through vulnerability assessments.
Results
Enhanced EV powertrain functional safety while lowering vulnerability to cyberattacks and reducing chip production failure rates.
“Rather than tackling everything at once, we can efficiently break down the task into manageable, focused segments for quicker execution and better organization.”
Overview
As electric and autonomous vehicles reshape the automotive landscape, high-performance integrated circuits (ICs) are becoming critical to innovation. From power management in EV drivetrains to the complex systems enabling advanced driver assistance and cybersecurity, today’s automotive ICs must meet rising demands for performance, safety and reliability.
UL Solutions is helping semiconductor manufacturers address the challenges of designing, validating and certifying high-voltage and high-density chips. Our safety science expertise supports the evolving needs of the automotive sector.
Find out how our testing, inspection and certification services can support your IC innovation while helping to manage risk and demonstrate reliability.
Semiconductor Use Case How high-voltage architecture shapes safety and long-term performance
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