Siemens Digital Industries Software has announced the expansion of its PAVE360 technology, a development and validation environment for Software Defined Vehicle (SDV) development, to now include AMD Radeon PRO V710 GPUs and AMD EPYC CPUs on the Microsoft Azure cloud platform. This strategic move brings together Siemens’ advanced simulation technology, AMD’s powerful processing hardware, and Microsoft’s robust cloud and AI infrastructure to enhance the efficiency, accuracy, and scalability of SDV development. The resulting synergy aims to revolutionize how automotive developers approach the intricate task of software validation and system integration, promising significant strides in performance and reliability.
Addressing Critical Automotive Industry Needs
The integration aims to address the critical needs of the automotive industry for rapid and accurate simulation of scenarios, accelerated AI perception, recognition, and infotainment visualization. PAVE360 leverages high-performance AMD GPUs and processors to create an ideal environment for these tasks, allowing automotive developers to identify and rectify software, hardware, and system defects early in the design cycle. This system-aware approach significantly reduces the risk of costly recalls and potential brand damage by enabling the simulation of thousands of virtual scenarios to isolate potential faults that traditional methods could miss. Additionally, this integration fosters a more agile development process, providing automotive manufacturers with the tools required to keep pace with rapidly evolving industry standards and consumer expectations.
David Fritz, vice president of Hybrid and Virtual Systems at Siemens, emphasized that collaborating with Microsoft and AMD aligns with customer preferences for diverse cloud platforms and hardware resources, offering greater flexibility in deploying SDV development platforms. This support from industry leaders illustrates Siemens’ commitment to providing sophisticated, scalable development features necessary for a successful transition to SDV development. The collaborative effort ensures that automotive manufacturers benefit from cutting-edge technologies that enhance both the development quality and overall production efficacy, making the process of bringing new, innovative vehicles to market less cumbersome and more streamlined.
Benefits of Leveraging Robust Infrastructure
Salil Raje, senior vice president and general manager of Adaptive and Embedded Computing at AMD, and Dayan Rodriguez, corporate vice president of Manufacturing and Mobility at Microsoft, highlighted the benefits of this collaboration. By leveraging Azure’s robust infrastructure alongside AMD’s high-performance GPUs, PAVE360 offers exceptional performance and scalability, pushing the frontier of next-generation Advanced Driver Assistance Systems (ADAS) and autonomous vehicle technologies. This powerful combination promises unprecedented levels of simulation accuracy, enabling developers to forecast and address potential issues well before they may arise in real-world scenarios. Thus, ensuring higher safety standards, more reliable vehicles, and ultimately a boost in consumer trust in autonomous vehicle technologies.
In addition to these improvements, Siemens will showcase a PAVE360 demonstrator at the Embedded World conference, featuring Innexis Virtual System Interconnect (VSI) software and AMD Radeon GPUs on Microsoft Azure. This demonstration aims to provide a tangible example of the enhanced capabilities afforded by this collaboration. Such public demonstrations serve as key milestones in substantiating the theoretical advantages presented by the partnership, offering stakeholders a firsthand view of the practical applications enabled by this technology alliance. They also reinforce Siemens’ position at the forefront of digital innovation, continuously pushing the boundaries of what’s possible through strategic collaborations.
Leadership in Digital Transformation
Siemens Digital Industries Software has announced an expansion of its PAVE360 technology, a development and validation environment for Software Defined Vehicle (SDV) development, now incorporating AMD Radeon PRO V710 GPUs and AMD EPYC CPUs on the Microsoft Azure cloud platform. This strategic collaboration unites Siemens’ cutting-edge simulation technology, AMD’s powerful processing hardware, and Microsoft’s robust cloud and AI infrastructure, targeting enhanced efficiency, accuracy, and scalability in SDV development. This partnership aims to transform automotive development methodologies, particularly in software validation and system integration, offering unprecedented improvements in performance and reliability. The synergy is designed to aid automotive developers in navigating the complex landscape of SDV development by delivering substantial advancements that ensure high-quality and dependable outcomes. This integration is poised to set new industry standards and accelerate innovation in automotive technology, driving forward both software and hardware capabilities in this dynamic sector.
