Software-Defined Cars: Computing Architecture and Technology by Dr. Shu Jie from ARM

Software-Defined Cars: Computing Architecture and Technology by Dr. Shu Jie from ARM

Join the Gaishi industry exchange group by adding WeChat (Gaishi Auto Xixi: gasgoo111) to get more industry information On June 29-30, the “2021 China Automotive Semiconductor Industry Conference” hosted by Gaishi Auto was grandly held. This conference mainly discussed the current situation of chip shortages in Chinese car companies, the construction of supply chain localization … Read more

Understanding Automotive System-on-Chip SoC: Key to Functional Safety in Vehicles: ARM’s Multi-Core Scheduler DSU

Understanding Automotive System-on-Chip SoC: Key to Functional Safety in Vehicles: ARM's Multi-Core Scheduler DSU

Click the image to view details ARM has launched a series of CPU architectures for autonomous driving, all of which comply with automotive functional safety: A65AE, A76AE, and A78AE, where AE stands for automotive-grade enhanced. ARM Autonomous Driving Computing Platform Configuration Image source: Internet ARM’s Split/Lock/Hybrid Modes for Automotive Functional Safety Image source: Internet In … Read more

Understanding Automotive System-on-Chip (SoC): ARM’s Business Model and CPU Microarchitecture Overview

Understanding Automotive System-on-Chip (SoC): ARM's Business Model and CPU Microarchitecture Overview

The core components of automotive system-on-chip (SoC) include CPU, GPU, AI accelerators, and on-chip buses and interconnects. Currently, the CPU is mainly based on ARM architecture, x86 architecture, and RISC-V architecture. ARM architecture occupies the vast majority of the market. Image source: Internet This is ARM’s business model during its startup phase in 2013, which … Read more

Software-Defined Automotive Computing Architecture and Technology

Software-Defined Automotive Computing Architecture and Technology

Guest Information Dr. Shu Jie Dr. Shu Jie joined ARM China in 2018 as the Senior Manager of the Automotive Market, responsible for establishing ARM’s ecosystem in the domestic automotive electronics field, collaborating with automotive OEMs, suppliers, semiconductor design companies, and chip manufacturers in the automotive electronics supply chain to promote ARM technology-based products supplied … Read more

AI-Driven Solutions for Software-Defined Vehicles: The Future of Automotive Technology

AI-Driven Solutions for Software-Defined Vehicles: The Future of Automotive Technology

We are entering a brand new era of automotive technology, the era of software-defined vehicles (SDV). According to predictions by Counterpoint Research, by the end of 2026, there will be over 1 million vehicles equipped with L3 level ADAS (Advanced Driver Assistance Systems) on the roads in China. It is foreseeable that as the demand … Read more

Optimizing ISP for Automotive Computer Vision Applications

Optimizing ISP for Automotive Computer Vision Applications

Disclaimer: The content and images of this article are reproduced from BC-AUTO on the English network. 2020 Global and China Internet of Vehicles Industry Research Report 2020 Global and China OTA Application Industry Research Report 2020 Global and China Automotive Enterprises, Mainstream Tier 1 Industry Research 2020 Global and China Automotive Big Data Application Research … Read more

Differences in Automotive Storage: ARM Insights

Differences in Automotive Storage: ARM Insights

Disclaimer: The content and images of this article are reprinted from BC-AUTO to English networks. 2019 Intelligent Vehicle Operating System Industry Research Report 2019 Software Defined Vehicle Industry Research Report 2019 China Intelligent Vehicle Industry Mainstream Tier1 Research Report 2019 Global Intelligent Vehicle Cybersecurity and Information Security Industry Research Report 2019 China On-board Gateway Industry … Read more

Raspberry Pi 4 Bare-Metal Basics: Starting from Hello World

Raspberry Pi 4 Bare-Metal Basics: Starting from Hello World

Raspberry Pi 4 Bare-Metal Basics: Starting from Hello World 1. Introduction 2. Project Overview 2.1 Makefile 2.2 link.ld Linker File 3. Understanding Code Execution from the CPU Perspective 3.1 start.S File 3.2 Functionality of the main Function 4. Raspberry Pi 4 Serial Peripheral Program 4.1 Setting GPIO Functionality 4.2 Configuring the Serial Controller 5. Conclusion … Read more

Detailed Guide to Embedded Linux Development on Raspberry Pi 4

Detailed Guide to Embedded Linux Development on Raspberry Pi 4

Detailed Guide to Embedded Linux Development on Raspberry Pi 4 1. Overview 2. Overview of the Development Environment 2.1 Installing the Virtual Machine Environment 2.2 Setting Up the Raspberry Pi Development Environment 3. Installation of Cross-Compilation Tools and Compilation of U-Boot 3.1 Installing the ARM 64-bit Cross-Compilation Environment 3.2 Compiling U-Boot for Raspberry Pi 3.3 … Read more