Synopsys Unleashes PrimeSim Continuum Solution to Accelerate the Design of Hyper-Convergent ICs for Memory, AI, Automotive and 5G Applications

By AIT News Desk On Apr 26, 2021

10X Faster Simulation with Next-Generation Architecture and Heterogeneous Compute Acceleration on GPU/CPU

Synopsys, Inc. announced at its SNUGWorld international user conference the PrimeSimContinuum solution, a unified workflow for circuit simulation technologies to accelerate the creation and signoff of hyper-convergent designs. PrimeSim Continuum, a foundation of the Synopsys Custom Design Platform, is built on next-generation SPICE and FastSPICE architectures and is the industry’s only proven GPU acceleration technology providing design teams 10X runtime improvements with golden signoff accuracy. PrimeSim Continuum introduces an all-in-one solution consisting of leading simulation engines including PrimeSim SPICE, PrimeSim Pro, PrimeSi HSPICE and PrimeSim XA. PrimeWave design environment delivers a seamless simulation experience around all PrimeSim engines with comprehensive analysis, improved productivity and ease of use.

“Synopsys is committed to enabling the future of technology innovation by continuously pushing the performance boundaries of analog, mixed-signal, memory and digital design automation. PrimeSim Continuum represents a revolutionary breakthrough in circuit simulation innovation with heterogeneous compute acceleration on GPU/CPU, setting a new bar for EDA solutions,” said Sassine Ghazi, Chief Operating Officer at Synopsys. “Our customers across every design segment can now benefit from years of R&D investment, innovation and customer collaboration with PrimeSim Continuum next-generation technologies that complement our modern Custom Design Platform and Verification Continuum.”

Today’s hyper-convergent SoCs consist of larger and faster embedded memories, analog front-end devices and complex I/O circuits that communicate at 100Gb+ data rates with the DRAM stack connected on the same piece of silicon in a system-in-package design. These challenges associated with verifying these complex designs scale as advanced technology process nodes present increased parasitics, process variability and reduced margins. This results in more simulations with longer runtimes at higher accuracy impacting the overall time-to-results, quality-of-results and cost-of-results. PrimeSim Continuum addresses the systemic complexity of such hyper-convergent designs with a unified workflow of sign-off quality simulation engines tuned for analog, mixed-signal, RF, custom digital memory designs. PrimeSim Continuum uses next-generation SPICE and FastSPICE architectures and heterogenous computing to optimize the use of CPU and GPU resources and improve time-to-results and cost of results.

“Kioxia memory designs integrate complex systems consisting of memory, analog, mixed-signal and custom digital blocks that require different design and signoff technologies. A converged workflow around a common circuit simulation solution is needed to meet our time-to-results and cost of results targets,” said Shigeo (Jeff) Ohshima, Technology Executive, SSD Application Engineering at Kioxia Corporation. “Synopsys’ PrimeSim Continuums is an all-in-one solution that integrates the best SPICE and FastSPICE technologies delivering accuracy, speed and capacity for our complex designs. The PrimeWave design environment provides a common workflow across all simulation disciplines enabling the signoff of Kioxia’s memory designs. Effective collaboration and access to next-generation technologies are fundamental to our partnership with Synopsys.”

Introducing Next-Generation FastSPICE Architecture for Performance Acceleration

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Synopsys PrimeSim Pro simulator, an essential part of PrimeSim Continuum, represents a next-generation FastSPICE architecture for fast and high-capacity analysis of modern DRAM and Flash memory designs.

“Relentless technology scaling and innovations around DRAM architecture have resulted in larger and more complex memory designs requiring higher simulation performance and capacity,” states Jung Yun Choi, corporate vice president of Memory Design Technology Team at Samsung Electronics. “Synopsys PrimeSim Pro, the next generation of our plan of record FastSPICE simulator, can deliver up to 5X performance acceleration on our full-chip power delivery network designs. PrimeSim Pro next-gen architecture can keep pace with the capacity needs of our advanced memory designs and allow us to meet our aggressive time-to-results targets.”

Heterogeneous Compute Acceleration on CPU/GPU

Synopsys PrimeSim SPICE simulator’s next-generation architecture with unique GPU technology delivers significant performance improvements needed to perform comprehensive analysis for analog and RF design while meeting signoff accuracy requirements.

“As modern compute workloads evolve, the size and complexity of analog designs have moved beyond the capacity of traditional circuit simulators,” said Edward Lee, vice president of Mixed Signal Design at NVIDIA. “Using NVIDIA GPUs enables PrimeSim SPICE to accelerate circuit simulation, notably minimizing signoff time of analog blocks from days to hours.”

“As design complexity increases with advanced process nodes, we are committed to supporting our mutual customers with innovative simulation technologies to reduce verification and analysis cycles,” said Jaehong Park, executive vice president and head of Foundry Design Platform Development at Samsung Electronics. “Synopsys PrimeSim Continuum with its unified workflow of advanced simulation engines delivered 10X speed up with golden SPICE accuracy using heterogeneous compute acceleration on our recent 56Gbit Ethernet design, reducing verification efforts from days to hours.”