Data Movement and Processor Architectures: Accelerating Automotive Compute
Data Movement and Processor Architectures: Accelerating Automotive Compute
Podcast Description
Leaders at the forefront of computing innovation share exclusive insights to help you push the boundaries of what you can achieve. If you’re building compute system on chip (SOC) and processor architecture products and working on hardware-IP and embedded software for L2+ automotive ADAS, software-defined vehicles, hyper scalar data center/infrastructure, or embedded edge processing AI markets, then this podcast is for you.
Podcast Insights
Content Themes
The podcast covers key themes in automotive technology, including software-defined vehicles, automotive compute systems, and artificial intelligence. Episodes may feature discussions on advancements in Advanced Driver Assistance Systems (ADAS), the role of RISC-V architecture in the industry, and the implications of AI-enabled processors, such as the P8700, for autonomous vehicles.
Leaders at the forefront of computing innovation share exclusive insights to help you push the boundaries of what you can achieve. If you’re building compute system on chip (SOC) and processor architecture products and working on hardware-IP and embedded software for L2+ automotive ADAS, software-defined vehicles, hyper scalar data center/infrastructure, or embedded edge processing AI markets, then this podcast is for you.
Learn about the trends behind accelerating automotive compute in software-defined vehicles, autonomous driving, ADAS, and AI.
Drew Barbier, Vice President of Product at MIPS, sits down with Vasanth Waran, a seasoned expert in the semiconductor industry and the head of MIPS’s automotive division. With over 22 years of experience, Vasant shares invaluable insights into the rapid advancements and transformative trends in the automotive landscape, particularly focusing on the journey from Advanced Driver Assistance Systems (ADAS) to fully autonomous vehicles. He delves into the significance of MIPS’s groundbreaking P8700, the industry’s first AI-Enabled RISC-V automotive CPU for ADAs and autonomous vehicles, which is poised to revolutionize real-time processing capabilities in self-driving cars loaded with cameras and sensors.
You’ll gain a comprehensive understanding of the evolving role of sensor fusion in AI and ADAS, as well as the advantages of the RISC-V architecture, which provides a flexible, open-standard alternative crucial in the current tech environment.
Learn more about the MIPS P8700 at https://mips.com/markets/automotive/
Disclaimer
This podcast’s information is provided for general reference and was obtained from publicly accessible sources. The Podcast Collaborative neither produces nor verifies the content, accuracy, or suitability of this podcast. Views and opinions belong solely to the podcast creators and guests.
For a complete disclaimer, please see our Full Disclaimer on the archive page. The Podcast Collaborative bears no responsibility for the podcast’s themes, language, or overall content. Listener discretion is advised. Read our Terms of Use and Privacy Policy for more details.