瑞萨博客

支持自动驾驶的车辆识别传感器技术的发展将是在未来持续发展的根本。预计识别空间的传感器，如照相机和雷达，将看到一连串的新技术，而不是传统技术的延伸。 我们将把雷达添加到迄今培养的以摄像传感器为中心的自动驾驶开发环境中，并致力于开发结合多种传感器的下一代传感器融合。

我们正在开发的AUTOSAR MCAL软件在日益复杂的E/E架构的组件中运行，并作为车辆控制和通信的基础。它有助于 "实现汽车所需的驾驶、转弯、停车和连接"，并有助于 "实现一个安全和便利的社会"。

在汽车行业，人们对网络安全的关心程度正在迅速增长。 我们正在通过用瑞萨特有的安全硬件（HSM）有效地开发安全和可靠的引导程序和固件来解决这些风险。

瑞萨电子和奇瑞集团高层及技术团队在芜湖奇瑞总部举行了技术交流日活动

本篇内容主要是针对日益复杂的E/E架构的SW系统设计和系统验证。

This blog article focuses on secure boot for Renesas R-Car SoC devices in part three of three in a series of blog articles introducing secure boot.

There are 2 types of security IP on RH850 automotive MCUs, ICU-S and ICU-M. In this blog article, part 2 in a three-part series, we introduce how secure boot is realized on both types of devices.

The AI compiler we are developing is software that can generate high-performance executable code for Renesas’ R-Car device from a pre-trained deep neural network.

To support shift left in development of next-generation vehicles, we develop and provide software development environment in pre-silicon and function/performance validation tool in algorithm design phase.

In the age where software determines the value of automobiles, we are working on the development of virtual development environments and simulators that support customers’ value creation by software.