Ansys Safety and Security’s Post

NXP Semiconductors utilizes model-based safety analysis to develop #safety-critical automotive System-on-Chips (SoCs). This approach is essential for modern vehicles, which are increasingly connected, electrified, and #autonomous. These vehicles rely on advanced multi-processor #SoCs to support applications like ADAS, vehicle safety systems, and sensor fusion and processing. Join this webinar to hear NXP experts ensure their comprehensive safety analysis. Fault tree analysis, dependent failure analysis, and FMEDA (Failure Modes, Effects, and Diagnostic Analysis). Verification techniques like fault injection simulation are integrated within a model-based environment to ensure comprehensive safety analysis.

NXP Semiconductors utilizes model-based safety analysis to develop #safety-critical automotive System-on-Chips (SoCs). This approach is essential for modern vehicles, which are increasingly connected, electrified, and #autonomous. These vehicles rely on advanced multi-processor #SoCs to support applications like ADAS, vehicle safety systems, and sensor fusion and processing. Join this webinar to hear NXP experts ensure their comprehensive safety analysis. Fault tree analysis, dependent failure analysis, and FMEDA (Failure Modes, Effects, and Diagnostic Analysis). Verification techniques like fault injection simulation are integrated within a model-based environment to ensure comprehensive safety analysis.

Model-based safety analysis is crucial in safe product development, especially for safety-critical systems like System-on-Chips (SoCs) in modern vehicles. It ensures comprehensive safety analysis through techniques like fault tree analysis and FMEDA, integral for connected, electrified, and autonomous vehicles. Join Ansys to learn how medini is evolving safety on a chip. #SoCs #mbse #safety #autonomous #Ansys

Explore the future of automotive technology in our webinar series, focusing on autonomous and electric vehicles. Discover how Cadence's solutions tackle new computing and networking challenges, emphasizing efficiency and safety. Dive into trends like ADAS, software-defined vehicles, and zonal architectures, and learn about the transformative impact of high-performance computing and cloud-native software. Join us to gain insights and prepare for the industry's next big shifts! Register Now! https://ow.ly/sIVh50TMxC5 11/6 - The Future of Automotive: Exploring Emerging Trends and Innovative System Design with Cadence 11/21 - Accelerating Electric Vehicle Development: Integrated design flow for power modules with functional safety and reliability focus 12/12 - Accelerating Automotive SoC Design with Chiplets

Explore the future of automotive technology in our webinar series, focusing on autonomous and electric vehicles. Discover how Cadence's solutions tackle new computing and networking challenges, emphasizing efficiency and safety. Dive into trends like ADAS, software-defined vehicles, and zonal architectures, and learn about the transformative impact of high-performance computing and cloud-native software. Join us to gain insights and prepare for the industry's next big shifts! Register Now! https://ow.ly/yhxE50TN387 11/6 - The Future of Automotive: Exploring Emerging Trends and Innovative System Design with Cadence 11/21 - Accelerating Electric Vehicle Development: Integrated design flow for power modules with functional safety and reliability focus 12/12 - Accelerating Automotive SoC Design with Chiplets

Explore the future of automotive technology in our webinar series, focusing on autonomous and electric vehicles. Discover how Cadence's solutions tackle new computing and networking challenges, emphasizing efficiency and safety. Dive into trends like ADAS, software-defined vehicles, and zonal architectures, and learn about the transformative impact of high-performance computing and cloud-native software. Join us to gain insights and prepare for the industry's next big shifts! Register Now! https://ow.ly/ZgEZ50TQlwU 11/6 - The Future of Automotive: Exploring Emerging Trends and Innovative System Design with Cadence 11/21 - Accelerating Electric Vehicle Development: Integrated design flow for power modules with functional safety and reliability focus 12/12 - Accelerating Automotive SoC Design with Chiplets

Explore the future of automotive technology in our webinar series, focusing on autonomous and electric vehicles. Discover how Cadence's solutions tackle new computing and networking challenges, emphasizing efficiency and safety. Dive into trends like ADAS, software-defined vehicles, and zonal architectures, and learn about the transformative impact of high-performance computing and cloud-native software. Join us to gain insights and prepare for the industry's next big shifts! Register Now! https://ow.ly/yGvt50TQ5CQ 11/6 - The Future of Automotive: Exploring Emerging Trends and Innovative System Design with Cadence 11/21 - Accelerating Electric Vehicle Development: Integrated design flow for power modules with functional safety and reliability focus 12/12 - Accelerating Automotive SoC Design with Chiplets

Explore the future of automotive technology in our webinar series, focusing on autonomous and electric vehicles. Discover how Cadence's solutions tackle new computing and networking challenges, emphasizing efficiency and safety. Dive into trends like ADAS, software-defined vehicles, and zonal architectures, and learn about the transformative impact of high-performance computing and cloud-native software. Join us to gain insights and prepare for the industry's next big shifts! Register Now! https://ow.ly/IgMm50TLJNE 11/6 - The Future of Automotive: Exploring Emerging Trends and Innovative System Design with Cadence 11/21 - Accelerating Electric Vehicle Development: Integrated design flow for power modules with functional safety and reliability focus 12/12 - Accelerating Automotive SoC Design with Chiplets

The Power of HPC for Automotive Simulations 🚗 From enhancing vehicle design to optimising safety features, HPC allows automotive companies to simulate complex scenarios with precision and speed. By leveraging HPC, engineers can run large-scale simulations, accelerating the R&D process, reducing costs, and improving overall vehicle performance. 🌟 Whether it’s testing new materials, refining aerodynamics, or advancing autonomous driving systems, the possibilities with HPC are endless. #HPC #Automotive #Design

VLSI and the Future of Autonomous Vehicles Autonomous vehicles are revolutionizing transportation, and VLSI plays a critical role in their development. Key VLSI chip suppliers are pushing the boundaries of performance and safety in autonomous driving technologies. 1. NVIDIA: Known for supplying powerful GPUs used for real-time data processing and AI algorithms in autonomous vehicles. 2. Renesas Electronics: Specializes in automotive-grade microcontrollers and processors, ensuring reliable performance in safety-critical systems. 3. Infineon Technologies: Provides key sensors and power management solutions, crucial for maintaining energy efficiency and operational stability. 4. Texas Instruments (TI): Supplies radar and LIDAR chips, essential for the vehicle's perception system. 5. Qualcomm: Offers VLSI solutions for connectivity and infotainment, helping cars stay connected to external systems and enhance user experience. #AutonomousVehicles #VLSI #ChipDesign #Semiconductors #AutomotiveTech