The Dawn of a New Automotive SoC Design
Next-Generation Mobility and SoC Design Changed by SDV Platform
East Hall 7
In Japan, we are entering a new era of in-vehicle SoC design. As automobiles become smartphones, car system development, S/W development, and SoC device development on SDV platforms will move forward in tandem. The shape of next-generation mobility and the forefront of its S/W and H/W will be revealed.
Program Agenda
*Please note that the program may be subject to change.
Recently, the term SDV (Software Defined Vehicle) has been gaining attention. This presentation will explain how Open SDV – an SDV framework that allows third parties to provide vehicle applications – could transform the value of automobiles and discuss its impact on in-vehicle SoCs. Additionally, it will introduce the efforts of the Open SDV Initiative launched by Nagoya University.
As automobiles become more intelligent and electrified, systems on chips (SoCs) with advanced information processing capabilities are becoming more important. Existing OEMs offer vehicles with a wide variety of powertrains, ranging from compact cars to luxury cars. In response to these challenges, ASRA aims to realize high-performance, power-saving automotive SoCs using chiplet technology, which integrates multiple chips in a package.
As the EV era arrives, automobiles will transform into software defined vehicle (SDV), where software defines value. Honda, which has long focused on engines as core technology, will explain the vision for SDV development based on the thoughts and background behind the decision to make semiconductor the core of SDV, and explain Honda's ambitions for mobility that go beyond automobiles.