Learn how chiplets form the basis of multi-die HPC processor architectures, fueling modern HPC applications and scaling performance & power beyond Moore’s Law.
Fall 2021 silicon design events are almost here! Join us for ARC Processor Virtual Summit, Verification Day 2021, and the Digital Design Technology Symposium.
How IP-Enabled SoC Design Is Driving Growth Across All Aspects of Dynamic and Diverse HPC Requirements
Explore how silicon-proven IP for HPC SoC design is driving growth across HPC applications such as network infrastructure, machine learning & AI accelerators.
Explore the growing popularity of multi-die chip designs and learn how a system-level view helps chip designers reach aggressive PPA targets for data centers.
Hyperscale data centers are driving demand for high-bandwidth Ethernet protocols at speeds up to 800G to support HPC, AI, video streaming, and cloud computing.
Synopsys customer Aaroh Labs’s expertise in SoC design, post-silicon validation & analog components facilitates innovation in large, complex, multi-core chips.
Explore the impact of high-performance SoC emulation on chip design & learn how full-visibility debugging gives designers a jump on SoC verification.
We explain how to find dynamic power & leakage power bugs during SoC verification, using pre-silicon emulation for full-stack system-level power analysis.
Die-to-die interfaces in hyperscale data centers require high bandwidth & low latency, learn how this innovation drives modern high-performance computing (HPC).
Explore our collaboration with Arm and learn how our EDA tools help you design chiplets and SoCs while meeting aggressive PPA and time-to-market targets.