PCB systems design using the Digital Twin for reliable, safe electric and autonomous vehicle development
Sophisticated processors, sensors, radar, software and camera systems ensuring precise vehicle dynamics are critical for autonomous vehicles.
Therefore, Vehicle OEMs and suppliers are now demanding proof of robust, reliable, durable circuit board and electronic systems designs. This requires product development systems and processes that can accelerate the design of these technologies for higher safety and durability standards.
Learn how digitalizing development of safety-critical ADAS, AV and EV electronics systems through integrated simulation of printed circuit board design processes results in PCBs that are more reliable and robust to power the next generation of autonomous and electric vehicles.
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Sophisticated processors, sensors, radar, software and camera systems ensuring precise vehicle dynamics are critical for autonomous vehicles.
Therefore, Vehicle OEMs and suppliers are now demanding proof of robust, reliable, durable circuit board and electronic systems designs. This requires product development systems and processes that can accelerate the design of these technologies for higher safety and durability standards.
Learn how digitalizing development of safety-critical ADAS, AV and EV electronics systems through integrated simulation of printed circuit board design processes results in PCBs that are more reliable and robust to power the next generation of autonomous and electric vehicles.