…The RISC-V software base reflects that — Linux, Android, real-time OSs, and expanding AI and HPC frameworks are already in place for a broad set of real products shipping today. More…
…The RISC-V software base reflects that — Linux, Android, real-time OSs, and expanding AI and HPC frameworks are already in place for a broad set of real products shipping today. More…
…By leveraging the speed and flexibility of FPGA prototyping early in the cycle, architects can move past theoretical models and gain hard data on system performance. In the RISC-V era, the…
…SoC designers flexibility in architectural choices for systems. He sees AI as a good example. PCIe probably won’t be the choice for a system with thousands of AI chips interconnected, but…
…They are a frontier AI lab working on a self-improving system to speed chip design with $335M in startup money. SIgmanticAI This company has AI hardware agents that can design, verify…
…implementations, systematically varying VLEN, LMUL, and loop-blocking structure. 4. Scalar vs. RVV: The Impact of Vectorization We implemented four progressively optimized versions of DGEMM. The results are summarized in Table 1…
…How Ethernet is Enabling Advances in AI with Dr. Mohan Kalkunte April 24, 2026 Podcast EP342: The Evolution and Impact of Physical AI with Hezi Saar April 17, 2026 Podcast EP341: Details…
…edge AI systems. We combine cutting-edge hardware IP design with embedded software and system-level solutions, enabling the next generation of intelligent and energy-efficient devices. About the Role: In this…
…ASIL-D serves as a crucial benchmark for assessing and guaranteeing the reliability and safety of systems-on-chip (SoCs) and 3D integrated circuits (ICs) in applications where a failure could lead…
…His presentation titled “Accelerating AI Chip Development with 3D Multi-Die Designs” closed with a Synopsys prediction of 50% of new chip designs in the HPC market being multi-die by the…
