eFPGA IP Workload for Autonomous Vehicles

Presented by Achronix Director of Product Marketing, Colin Alexander

The era of autonomous driving is almost upon us.

To unlock Level 5, truly autonomous vehicles, the industry needs more than just eccentric machine learning algorithms. The future of the automotive industry is dependent on our ability to produce high-performance, low-latency computing platforms.

IP workload acceleration is going to be a key ingredient in the future hardware for driving autonomy, and for that eFPGA technology is the ideal solution. In this webinar, Colin Alexander, Director of Product Marketing at Achronix, discusses the roadblocks to achieving full autonomy and how hardware acceleration with eFPGAs will play a key role moving forward in the automotive landscape.

Supercharge your SoC with Achronix’s silicon-proven Speedcore™ eFPGA technology.

What you’ll learn:

  • Automobiles of the future
  • Workload acceleration
  • eFPGA technology

 

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About the Speaker(s)
Pascal Ravillion

Pascal Ravillion – Senior Manager, Automotive Product Marketing at Achronix

With more than 20 years of experience in product development and product marketing of semiconductors and electronics, Pascal Ravillion has extensive automotive market knowledge globally and overall segments: ADAS, Infotainment, Telematics, V2X, powertrain, safety, electric vehicle electronics, vehicle infrastructure with Domains and Zones. Pascal is a market expert for Processors, ASICs, SoCs and Microcontrollers and has been leading product definition and market introduction of many advanced semiconductor products in those segments. At Achronix, he is Senior Manager of Product Marketing for Speedcore eFPGA IP that he is promoting to customers developing their ASICs and SoCs, in Automotive, Industrial, Computing and in other ASIC markets using eFPGAs. He received his Masters of Science from ESIEE Paris and KIT Karlsruhe.