Heterogeneous Computing

Significant Progress in RISC-V System Software by the Institute of Software, Chinese Academy of Sciences: Breaking Through Heterogeneous Computing Performance and Ecological Fragmentation Bottlenecks

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Significant Progress in RISC-V System Software by the Institute of Software, Chinese Academy of Sciences: Breaking Through Heterogeneous Computing Performance and Ecological Fragmentation Bottlenecks

Recently, the Intelligent Software Center of the Institute of Software, Chinese Academy of Sciences, achieved significant progress in the field of computer systems, with their paperChimera: Transparent and High-Performance ISAX Heterogeneous Computing via Binary Rewriting being accepted at the top international conference in the field of computer systems, EuroSys 2026 (CCF-A category). This research innovatively … Read more

Significant Progress in RISC-V System Software: Breaking Through Heterogeneous Computing Performance and Ecological Fragmentation Bottlenecks

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Significant Progress in RISC-V System Software: Breaking Through Heterogeneous Computing Performance and Ecological Fragmentation Bottlenecks

Recently, the Intelligent Software Center of the Software Research Institute of the Chinese Academy of Sciences has made significant progress in the field of computer systems, with their paperChimera: Transparent and High-Performance ISAX Heterogeneous Computing via Binary Rewriting being accepted at the top international conference in the field of computer systems,EuroSys 2026 (CCF-A category). This … Read more

Semiconductor Industry Research Report: AI + Robotics Intelligent Controllers and Chip Technology: Empowering Breakthroughs in Embodied Intelligence

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Semiconductor Industry Research Report: AI + Robotics Intelligent Controllers and Chip Technology: Empowering Breakthroughs in Embodied Intelligence

Semiconductor Industry Research Report: AI + Robotics Intelligent Controllers and Chip Technology: Empowering Breakthroughs in Embodied Intelligence (September 2025) 1 Overview: The Context and Research Significance of Embodied Intelligence Embodied AI represents the forefront of artificial intelligence development, combining intelligent algorithms with physical entities to enable machines to perceive, understand, and interact with the physical … Read more

Accelerating Heterogeneous Systems: Arteris Multi-Die Empowers the RISC-V Ecosystem

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Accelerating Heterogeneous Systems: Arteris Multi-Die Empowers the RISC-V Ecosystem

“ In the wave of AI and high-performance computing, a single chip can no longer meet the dual demands of computing power and energy efficiency. Heterogeneous computing and Chiplet multi-chip integration are gradually becoming core trends in the semiconductor industry. The Multi-Die interconnect solution launched by Arteris allows multiple RISC-V chips to work together as … Read more

Why AI PCs Need a Powerful NPU?

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Why AI PCs Need a Powerful NPU?

NPU and heterogeneous computing take the lead? Author| Zhou Ya Image| Midjourney Today’s technological era resembles the .com world over 20 years ago. When the internet emerged, there were voices proclaiming that “every computer would connect to the internet,” and now, the same voices are emerging around personal computers (PC), with the keyword being AI. … Read more

Exploration of Developing FPGA with High-Level Languages

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Exploration of Developing FPGA with High-Level Languages

Background Introduction In recent years, with the rise of compute-intensive fields such as artificial intelligence and financial data analysis, heterogeneous computing has gained increasing attention. Heterogeneous computing refers to a computing method that uses a system composed of computing units with different types of instruction sets and architectures. The mainstream heterogeneous parallel computing platforms are … Read more

Comprehensive Analysis of the XCZU3CG-2SFVC784I FPGA Chip

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Comprehensive Analysis of the XCZU3CG-2SFVC784I FPGA Chip

Click the aboveXinman Technologyto follow us Comprehensive Analysis of the XCZU3CG-2SFVC784I FPGA Chip The XCZU3CG-2SFVC784I is a high-performance Field Programmable Gate Array (FPGA) chip produced by AMD/Xilinx, belonging to the Zynq® UltraScale+™ MPSoC CG series. This chip utilizes advanced 16nm FinFET+ process technology, integrating an ARM multi-core processor system with programmable logic units, providing powerful … Read more

Understanding the ASCEND NPU Chip Architecture

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Understanding the ASCEND NPU Chip Architecture

Currently well-known computing processor architectures (data computation-centric) include: CPU, GPU, and NPU. What role does the NPU play here?In the context of today’s generative AI, heterogeneous processor combinations are used to achieve heterogeneous computing for different tasks by integrating NPUs, aiming for optimal application performance, energy efficiency, and power consumption. 1 Concept 1.1 Heterogeneous Computing … Read more

SylixOS Officially Supports Heterogeneous Computing (Big.LITTLE) Processors, Becoming the First Commercial Real-Time Operating System to Support Big.LITTLE Scheduling

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SylixOS Officially Supports Heterogeneous Computing (Big.LITTLE) Processors, Becoming the First Commercial Real-Time Operating System to Support Big.LITTLE Scheduling

Heterogeneous Computing (Big.LITTLE) Processors During Intel’s 2021 Architecture Day event, the new generation of processors was first announced to utilize a heterogeneous core design (referred to as P-Core and E-Core by Intel) on the PC platform, similar to the ARM platform’s Big.LITTLE heterogeneous core mechanism. Intel named the “small core” as the Efficient-Core and the … Read more

Mailbox in SoC: Key Technology for Autonomous Driving Chips

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Mailbox in SoC: Key Technology for Autonomous Driving Chips

Table of Contents 1. Can chips send emails? What is Mailbox? 2. Technical principles and implementation of Mailbox in chips 3. Role in autonomous driving 4. Conclusion Figure: A typical Mailbox, sourced from the internet 1. Can chips send emails? What is Mailbox? Modules within a chip do not actually send letters to each other. … Read more