Renesas Electronics Wins 2017 AutoSens Hardware Innovation Award

Renesas Electronics has been honored with the 2017 AutoSens Hardware Innovation Award, a prestigious recognition in the automotive technology sector. The award was presented at the AutoSens conference in Detroit, where Renesas unveiled a groundbreaking self-driving processor that captured widespread attention due to its innovative design and performance. The event featured notable attendees, including Marc Priestley, a former F1 service technician turned TV presenter, Uwe Westmeyer, Global ADAS Center Solutions Manager at Renesas, and Anne-Katrin Pawlowski, a solutions engineer from the same center. Rob Stead, managing director of Sense Media Group and head of the AutoSens conference, praised Renesas for its continued investment in autonomous driving technologies and for delivering high-performance semiconductor solutions tailored for automotive applications. "The jury was particularly impressed by the performance-to-power ratio of Renesas’ latest processor," said one judge. "It’s a strong demonstration of their commitment to innovation in the field of ADAS and autonomous driving." Jean-Francois Chouteau, Vice President of the Global ADAS Center at Renesas, expressed his gratitude for the award, stating, “This recognition highlights our efforts in delivering open, innovative, and reliable solutions for ADAS and autonomous vehicles. We are dedicated to developing safe and advanced systems, and the Renesas autonomy® platform plays a key role in achieving this goal.” The Renesas autonomy® platform is designed to support the future of autonomous driving, offering a comprehensive hardware solution that accelerates development and reduces time-to-market. With years of experience in the automotive industry, Renesas continues to lead in providing end-to-end solutions—from secure cloud connectivity to environment awareness and vehicle control. As the automotive landscape evolves, Renesas remains at the forefront, pushing the boundaries of what is possible in the world of smart, connected, and autonomous vehicles.

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