The widespread application of edge AI models is driving chip manufacturers to gradually adopt heterogeneous computing architectures, combining general-purpose processors with semi-custom AI accelerators to meet the demands of specific tasks. In an era where artificial intelligence and edge computing are increasingly integrated, chip manufacturers are facing new challenges, including how to efficiently and low-power … Read more
Heterogeneous Computing FPGA’s Advantages in Handling Intensive Computations As the demand for computing power continues to grow with machine learning and cloud services, heterogeneous computing has gradually become the mainstream solution for high-performance computing. FPGAs are also stepping into the spotlight, appearing in various data centers. Intensive Computation Specific computational tasks such as matrix operations, … Read more
Avaota A1 is equipped with the Allwinner T527 platform, which integrates a RISC-V small core CPU and DSP, forming a heterogeneous computing architecture together with the Arm core. In a heterogeneous multi-processing system, the presence of the main core and auxiliary core aims to collaborate to achieve more efficient task processing. This collaboration requires the … 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