Autonomous high-performance RISC-V 64-bit multicore architecture

technology

High-performance

A high-performance RISC-V 64-bit multicore heterogeneous architecture can allocate different types of cores to specific tasks based on their characteristics and requirements.
Energy consumption

Energy efficiency optimization can be achieved through the rational allocation of tasks to different core types in a multicore heterogeneous architecture.
Accelerate parallel

Different types of cores in a multicore heterogeneous architecture can process tasks in parallel, resulting in task parallel acceleration.
Diversified application support

Multicore heterogeneous architecture supports diverse application requirements. Different core types can adapt to various application scenarios, such as image processing, machine learning, virtualization, and more.

The first SoC architecture based on high-performance in-house RISC-V CPU that integrates GPU, MaPU, artificial intelligence (ReRAM), audio, and video processing, as well as security functions.
It adopts modular design and a future-oriented, scalable parallel computing architecture.
It offers a full-stack lean computing solution based on application computing requirements, providing users with the best input-output system products and services.
It leverages lean computing technology and architecture to combine general-purpose computing, intelligent computing, and dedicated computing based on customer computing needs.