Automotive

Modern vehicles are complex electromagnetic devices with many wireless systems, electronics distributed throughout, and evolving interactions with the outside world including other vehicles and road systems.

Radio, GPS, WiFi, satellite radio and internet, and driver assistance systems are just a few of the EM systems that must be designed with the whole system-of-systems in mind. As autonomous driving and advanced vehicle safety systems grow in importance, reliably understanding high-frequency scattering for automotive collision avoidance is critical. Electromagnetic compatibility and interference must be carefully designed for and accurately understood.

Electromagnetic simulation for automotive applications and autonomous vehicles

Nullspace EM provides users with the power required to design and analyze these modern multi-component systems. Users can rely on their results to make design decisions and properly account for safety and connectivity requirements.

With Nullspace EM, the need for multiple prototype iterations is reduced, thereby allowing automotive EM design engineers to create products faster and at lower cost without sacrificing accuracy.

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How can we help you address your antenna design, microwave, or scattering challenges?

System Requirements:

Windows 10

Red Hat Enterprise Linux 7.8+, Red Hat Enterprise Linux 8.x

NVIDIA GPU Kepler or later