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.
We explain how virtual prototyping eliminates ASIC design bugs before RTL, and how chip architecture design modeling correlates key performance attributes.
Learn how artificial intelligence is used in the chip design process, helping designers from around the world create better AI chips for growing AI workloads.
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.
Learn how designers increase productivity with AI chip design tools and improve chip performance & energy efficiency to meet PPA targets on complex designs.
Die-to-die interfaces in hyperscale data centers require high bandwidth & low latency, learn how this innovation drives modern high-performance computing (HPC).
Synopsys customer Tachyum’s new Prodigy processor is set to transform hyperscale data centers, making AI & high-performance computing (HPC) more accessible.
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.
We explain the importance of hyper-convergent-friendly chip design tools for larger, more complex IC designs powering HPC & advanced software infrastructure.