Скачать или смотреть What Makes RISC-V Perfect for AI? Semidynamics Explains

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Discover how SemiDynamics is reshaping the world of AI chip design with its revolutionary approach to RISC-V-based AI solutions. In this exclusive PCIM 2025 interview, we dive deep into how RISC-V architecture offers unprecedented freedom, customisability, and scalability for building cutting-edge AI hardware and NPU systems.

If you’re a design engineer working on next-gen silicon, interested in AI processors, machine learning at the edge, or RISC-V instruction set extensions, this is the video for you. We explore how SemiDynamics’ SurferV platform merges vector and tensor units into a single RISC-V-based NPU IP block, enabling AI compute performance from 1 TOPS to hundreds of TOPS, tailored to your needs.

🔍 Key topics covered:
– Why RISC-V for AI is the future
– Custom instructions for AI acceleration
– How SemiDynamics supports full-stack AI SoC development
– The role of open ISA in deep learning workloads
– Scalable NPU design for inference and training
– Integrating RISC-V with vector and tensor compute
– Support for models like Llama and edge inference optimisation
– Custom silicon design with licensable IP
– Why engineers are moving away from closed ARM & x86 systems
– How RISC-V enables freedom to innovate in AI hardware

✅ Targeted keywords:
RISC-V, SemiDynamics, AI chip, NPU, neural processing unit, AI accelerator, RISC-V AI processor, RISC-V NPU, AI silicon, RISC-V IP, custom chip design, scalable NPU, vector processor, tensor processor, RISC-V vs ARM, machine learning hardware, deep learning IP, AI inference chip, SoC AI integration, RISC-V for AI, open source CPU, edge AI RISC-V, embedded AI

💡 Whether you’re targeting AI for data centres, consumer electronics, or automotive edge AI, SemiDynamics has a ready-made RISC-V NPU platform with software-defined control, total transparency, and the ability to extend or customise the instruction set.

👉 Like, comment, and subscribe for more AI hardware interviews, chip design insights, and deep dives into RISC-V-based compute platforms!

#RISC-V #AIChip #SemiDynamics #NPU #SoCDesign #OpenHardware #PCIM2025 #ipXchange