At CES 2025, Honda will unveil an overview of the SoC technology that will power the Honda 0 Series, demonstrating the potential of new EVs to support autonomous driving and software-defined vehicles (SDVs).
🟦 Honda unveils the Honda 0 Series equipped with next-generation SoC technology at CES 2025!
At CES 2025, Honda will unveil two prototypes of its next-generation Honda 0 series of electric vehicles, as well as an overview of the System on Chip (SoC) that will be used in the series. This SoC is the core technology that supports the proprietary vehicle OS that controls the entire vehicle, and will greatly contribute to autonomous driving and improved vehicle performance. In particular, real-time data processing and software enhancements are possible, greatly increasing the flexibility and efficiency of the vehicle. With this technology, EVs will become a platform that will continue to evolve as software-defined vehicles (SDVs) rather than just a means of transportation.
🟦 The Importance of SoCs and Their Contribution to Carbon Neutrality
SoCs are one of the most important components that determine a vehicle’s performance, and their role is particularly prominent in Honda’s new Honda 0 Series. The SoC has enormous data processing capacity and can process information from sensors and cameras in real time, contributing to improved autonomous driving functions and safety. In addition, the SoC’s efficient energy management capabilities optimize vehicle power consumption and support the realization of a sustainable, carbon-neutral society.
🟦 Summary
The SoC technology of the Honda 0 Series, which will be unveiled at CES 2025, demonstrates the potential of EVs as a platform that continues to evolve from just a means of transportation. Next-generation chip technologies that support real-time processing and autonomous driving will make the Honda 0 Series SDV a game-changer in the market.
It is very interesting that there is a growing movement to produce SoCs in-house like Tesla in order to realize SDV. Since SoCs are directly linked to the performance and functionality of the vehicle, they can be designed and manufactured in-house to increase their competitiveness.
