Functional Safety

Software-Defined Vehicles: Insights on NXP S32G in Domain Control Applications

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Software-Defined Vehicles: Insights on NXP S32G in Domain Control Applications

1. Automotive Chips are the Cornerstone of Software-Defined VehiclesIntelligent, connected, electrified, and shared vehicles are the development trends in the automotive industry in recent years and the future. Cars are gradually moving away from being mere transportation tools, providing users with richer experiences, engagement, and enjoyment. The realization of an outstanding user experience heavily relies … Read more

In-Depth Analysis of NXP Automotive Chip S32K3

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In-Depth Analysis of NXP Automotive Chip S32K3

The NXP S32K3 series MCU is a general-purpose microcontroller designed specifically for the evolution of automotive electronic and electrical architecture (E/E Architecture), demonstrating significant advantages in applications such as Domain Controllers and Zonal Controllers. Let’s follow along with Jingxin to explore its hardware features, functional safety, software support, and practical application scenarios: Where is the … Read more

Top 10 Automotive Grade MCU Chips Preferred by Chinese Engineers

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Top 10 Automotive Grade MCU Chips Preferred by Chinese Engineers

According to authoritative market research institutions, the global MCU market size is expected to reach approximately $17.79 billion in 2020, with shipments exceeding 28 billion units. This year’s MCU market size is projected to reach $18.48 billion, with a compound annual growth rate (CAGR) of 10.1% from 2021 to 2028, growing to $36.16 billion by … Read more

In-Depth Analysis of Arm Cortex-R52+ Technology

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In-Depth Analysis of Arm Cortex-R52+ Technology

This article is approximately 8,000 words long, recommended for saving and reading. Author | Beiwai NannxiangProduced by | Chip Technology and Process Cortex-R52+ is an enhanced version of Cortex-R52, designed to meet the integration and virtualization needs of functional safety applications while maintaining software compatibility. It is based on the Armv8-R architecture, providing hardware-level task … Read more

ARM Updates Automotive Product Line

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ARM Updates Automotive Product Line

ARM Updates Automotive Product LineReleased four CPUs, an ISP, and infrastructure, all featuring functional safety characteristicsArm’s latest automotive intellectual property (IP) products include not only four new CPUs but also an image signal processor (ISP) and modules that enable the configuration of functional safety computing clusters. The IP configuration options allow developers to target systems … Read more

Renesas’ Innovative Approach to Cabin Domain Controllers: A GGAI Perspective

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Renesas' Innovative Approach to Cabin Domain Controllers: A GGAI Perspective

/* Click the bottom to read the original text and register online, deadline June 19 */ Join the Gaogong Intelligent Automotive Industry Group (Autonomous Driving Industry Group 5, Intelligent Connected Cabin Group 3, Intelligent Commercial Vehicle Industry Group) by adding WeChat: 15818636852 and showing your business card, limited to intelligent connected vehicle parts and OEM … Read more

From Consumer Grade to Aerospace Grade: Differences in Chips

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From Consumer Grade to Aerospace Grade: Differences in Chips

Source: Eefocus Original Author: Liu Haoran Editor’s Note ✦ Chips with higher grade specifications can withstand a wider temperature range, and correspondingly, the difficulty of chip manufacturing increases. Among various chips, why can only a portion achieve military-grade standards? ✦ ✦ As the core of all electronic products, chips have become an indispensable part of … Read more

Functional Safety Technology Implementation in MCU Storage Units

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Functional Safety Technology Implementation in MCU Storage Units

MCUs are core components in automotive electronic control systems, and storage units are one of the most important parts. In the design of automotive-grade MCUs, the functional safety design of storage units and controllers is crucial, directly affecting the reliability and safety of automotive electronic control systems. This article discusses the development of automotive-grade MCUs … Read more

Ensuring Functional Safety and Reliability of Automotive Chips

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Ensuring Functional Safety and Reliability of Automotive Chips

Intelligent connected vehicles have become a key trend leading future development. Among them, chips, as the core components of intelligent connected vehicles, have increasingly highlighted the importance of their functional safety and reliability. How to enhance their assurance has become a focal topic of concern in the industry. Currently, the market scale of intelligent connected … Read more

Functional Safety Left, Information Security Right: How Automotive SoCs Win the Smart Car Safety Upgrade Battle

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Functional Safety Left, Information Security Right: How Automotive SoCs Win the Smart Car Safety Upgrade Battle

Thanks to “Gaogong Intelligent Automotive” for their attention to Synopsys. Currently, the global automotive industry is undergoing a major transformation. With the continuous increase in innovative applications in areas such as ADAS/autonomous driving and V2X, intelligent connected vehicles are becoming heavy-duty computers equipped with a central processing engine. Behind this, the connectivity and complexity of … Read more