Software Ecosystem

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

Why ARM Architecture Remains Resilient: How to Replace It?

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Why ARM Architecture Remains Resilient: How to Replace It?

Despite the encroachment of processor architectures like x86 and RISC-V, ARM has experienced counter-cyclical growth—over 30 billion ARM chips shipped globally in 2023, dominating 95% of the mobile market. It can be said that ARM remains resilient, but what is the reason behind this? 1. Absolute Notification of Energy Efficiency Ratio ① Performance per watt … Read more

Arm Server Software Ecosystem and Performance Analysis

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Arm Server Software Ecosystem and Performance Analysis

Public Course Content This public course is the second session of the 2024 Jishu Community Infra series, shared by Bie Zai Ping, Senior Software Manager at Arm Technology. The course will focus on the software ecosystem of Arm servers and methodologies for performance optimization, along with corresponding tools. It will detail the performance analysis methods … Read more

Arm Server Software Ecosystem and Performance Analysis

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Arm Server Software Ecosystem and Performance Analysis

Course Introduction The Arm 64-bit architecture enables Arm® processors to better handle applications that require higher performance and larger memory processing, such as data centers, cloud computing, high-performance computing, virtualization, and big data.In recent years, Arm has specifically designed the Arm Neoverse™ computing platform to meet the demands of data centers and cloud computing workloads. … Read more