…These devices—often referred to as custom FPGAs —were not intended for general logic prototyping or ASIC design. They were purpose-built as the computational fabric of an emulator. Unlike commercial FPGAs…
…This has facilitated multiple customer tape-outs, demonstrating real-world success. The platform automates critical tasks like UCIe and HBM routing, through-silicon via (TSV) planning, bump alignment, and multi-die verification…
…The design win itself represents an important milestone because it demonstrates growing customer demand for turnkey connectivity platforms rather than isolated IP blocks. Semiconductor vendors targeting wearables, hearables, smart home devices, and…
…Customized Foundation IP Enables the Next Generation of Automotive Compute Synopsys and Samsung Foundry Extend AI-Driven Design Collaboration for Advanced 2nm and Multi-Die Systems Intel: Pushing EMIB Forward: Design Methodology…
…extensible foundation that can be customized for specific applications. Whether the requirement is a deeply embedded controller, an AI management processor, a safety processor in automotive systems, or a high-performance application…
…Ensuring reliable connectivity in AI-powered devices was another key focus, as seamless data transmission is critical for AI-driven systems. Panelists emphasized the importance of designing products that align with customers…
…Its technology has been integrated into a broad range of semiconductor platforms used in smartphones, smart TVs, automotive systems, surveillance equipment, and cloud infrastructure. The North American customer, while not publicly identified…
…Standards for 400G with Kent Lusted Synopsys Unifies Electrical, Thermal, Mechanical, and Optical Analysis with Multiphysics Fusion Solutions Customized Foundation IP Enables the Next Generation of Automotive Compute Share this post via:
…A prime example is Meta’s Training and Inference Accelerator (MTIA), which leverages Andes’ vector and scalar cores alongside the Automated Custom Extension (ACE) framework, as detailed in ISCA 2023. Two generations…