hardware-software co-design

Why ‘Hardware-Software Co-design’ is a Must for FPGA Engineers? A Comprehensive Guide to the National RK+FPGA Development Board for the Ziguang Tongchuang Cup Challenge 3

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Why 'Hardware-Software Co-design' is a Must for FPGA Engineers? A Comprehensive Guide to the National RK+FPGA Development Board for the Ziguang Tongchuang Cup Challenge 3

The requirements for Challenge 3 and the eight-channel video input solution can be found at the link below.[Challenge Release] The 2025 National College Student FPGA Innovation Design Competition Ziguang Tongchuang Cup invites you to spread your wings and embark on a journey in chip technology![Challenge Tutorial] A reference solution for implementing eight-channel video input based … Read more

RISC-V: Targeting the Trillion-Dollar Market

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RISC-V: Targeting the Trillion-Dollar Market

(Source: riscv)The unstoppable rise of Artificial Intelligence (AI) across various industries is driven by multiple symbiotic factors. On a technical level, the explosion of usable data generated by digital and interconnected processes lays a solid foundation for AI training and inference. Meanwhile, advancements in processor and accelerator hardware, coupled with the proliferation of AI-ready software … Read more

RISC-V Fundamentals: The Truth About Custom Extensions

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RISC-V Fundamentals: The Truth About Custom Extensions

The era of general-purpose processor architectures is giving way to designs optimized for performance, power consumption, and scalability, specifically tailored for targeted workloads. The ongoing expansion of data-driven applications in artificial intelligence (AI), edge computing, automotive, and industrial markets is driving a fundamental shift in processor design. It can be said that chip manufacturers can … Read more