Years ago, a system-on-chip (SoC) with one million transistors was considered a large device, but today, SoCs with up to one billion transistors are common. Driven by Moore’s Law and the continuous reduction in process sizes, to further meet the performance requirements of applications, the integration of SoC chips has become increasingly high, and system … Read more
Source: Chip Theory Introduction: Today’s CPUs or SoCs are basically integrated with multiple CPU cores on a single chip, forming what is commonly referred to as 4-core, 8-core, or more core CPUs or SoC chips. Why adopt this method? How do multiple CPU cores work together? Is more CPU cores always better? With these questions … Read more
1. Reasons for CPU Usage Over 100% in top CommandIn Linux systems, a process’s CPU usage exceeding 100% in the top command can have multiple reasons.(1) Factors Related to Multi-Core Processors 1. Characteristics of Multi-Core CPUs – For multi-core processor systems, the top command divides CPU usage by the number of cores and displays it … Read more
Multi-Core Heterogeneous Communication Framework (RPMsg-Lite) Principles of Multi-Core Heterogeneous Communication in MCUs Trends in Robot Control Design: Diverse Combinations of Processing Elements with Different Core Advantages Analysis of the Communication Process between Cortex-A and M Cores in Heterogeneous Processors YY3568 Multi-Core Heterogeneous (Linux + RT-Thread) – Boot Process Understanding Embedded Multi-Core Heterogeneous Solutions: Overview of … Read more
The rapid development of embedded artificial intelligence has led to an increasing demand for high-performance computing. In order to balance performance and power consumption, as well as accelerate computing through parallelization, more and more embedded processors are adopting designs of homogeneous multi-core, heterogeneous multi-core, and co-processors. At the same time, facing an increasingly complex external … Read more