Synopsys acknowledged for its complete AI-driven EDA suite and cloud-enabled design setting accelerating analog in-memory computing growth—a next-gen answer enabling superior AI chips
SAN ANTONIO, PRNewswire/ — Frost & Sullivan has introduced Synopsys, a worldwide chief in silicon to methods design options has been awarded the 2025 International Know-how Innovation Management Award within the analog in-memory computing section for its excellent product innovation, technique execution, and customer-centric enablement. This recognition displays Synopsys’ management advancing analog in-memory computing (AIMC) design in a unified analog and mixed-signal growth setting that helps next-generation, energy-efficient AI computing methods.
Every year, Frost & Sullivan presents the Know-how Innovation Management Award to corporations demonstrating excellent technique growth and implementation, driving measurable enhancements in market share, buyer satisfaction, and aggressive positioning. Synopsys earned this recognition for offering engineers with instruments that deal with analog complexity, considerably decreasing design time and boosting productiveness for AIMC-based system-on-chip (SoC) architectures.
“Synopsys delivers a complete and built-in suite of applied sciences that considerably lowers the barrier for growing analog in-memory compute methods, notably for startups and innovators in AI {hardware},” stated Jabez Mendelson, analysis supervisor at Frost & Sullivan. “Their distinctive mixture of AI-enhanced instruments, simulation efficiency, and cloud-native supply exemplifies expertise management and customer-focused innovation.”
“Synopsys is dedicated to serving to clients deal with their compounding design complexities and unlock new ranges of innovation on the edge and within the cloud,” stated Sanjay Bali, senior vice chairman of Technique and Product Administration at Synopsys. “This recognition underscores our deal with delivering industry-leading, AI-powered EDA options that tame the complexities of analog design migration, supercharge productiveness, and pace up the creation of high-performance AI chips.”
Synopsys’ Acknowledged Analog Design Options
Trusted by startups, main design homes, and semiconductor foundries, Synopsys’ analog options drive next-generation innovation via a complete and built-in suite of applied sciences. Synopsys analog design suite options acknowledged, embrace:
- Synopsys PrimeSim™, the {industry}’s quickest GPU-accelerated SPICE simulator, delivers superior ML-based Excessive-Sigma Monte Carlo evaluation and library characterization. It achieves as much as 15x speed-up utilizing NVIDIA GH200 Superchips and is projected to achieve 30x speed-up with the NVIDIA Grace Blackwell platform, enabling SPICE-level circuit simulation in hours as a substitute of days. PrimeSim’s acceleration empowers engineers to innovate quicker and enhance productiveness, driving the event of high-performance AI chips.
- Synopsys Customized Compiler™, paired with the PrimeWave™ Design Surroundings, offers highly effective analog and mixed-signal design capabilities. Collectively, these instruments allow seamless integration, versatile simulation, and reliability evaluation, supporting the creation of revolutionary chip designs.
- Synopsys Cloud, affords prompt, browser-based entry to the total Synopsys EDA suite, compute infrastructure, and preconfigured flows beneath a versatile pay-per-use mannequin. Synopsys Cloud has helped clients improve their time to outcomes by 40% on common along with driving growth enhancements.
“Circuit simulation is a vital workload in semiconductor design and is extraordinarily compute-intensive. Accelerating Synopsys PrimeSim with NVIDIA CUDA-X and Grace Blackwell unlocks the design of the subsequent technology of processors that may gas the AI industrial revolution,” stated Tim Costa, Sr. Director of CUDA-X and CAE, NVIDIA.
The breadth of Synopsys’ analog design portfolio delivers unmatched capabilities, together with Synopsys ASO.ai™, AI-driven layout-aware optimization for fast analog IP migration throughout course of nodes, a strong mixed-signal circulation with real-time view swapping enabling 5X to 10X quicker verification, circuit simulation with hybrid timing delivering multifold acceleration in high-bandwidth reminiscence timing verification, and Synopsys NanoTime providing exhaustive transistor-level static timing evaluation.
“As design complexity escalates at superior course of nodes, our collaboration with Synopsys performs a pivotal function in serving to clients overcome these challenges,” stated Hyung-Ock Kim, vice chairman and head of the Foundry Design Know-how Workforce at Samsung Electronics. “By combining Samsung Foundry’s most superior applied sciences with Synopsys’ AI-powered circuit optimization and GPU-accelerated instruments like Synopsys ASO.ai and PrimeSim, respectively, we’re delivering breakthrough efficiency and effectivity that speed up time-to-market for next-generation semiconductor designs.”
To be taught extra about Synopsys’ analog options, go to: https://www.synopsys.com/articles/ai-powered-analog-design.html. Frost & Sullivan’s 2025 “Know-how Innovation Chief” recognition for Synopsys may be considered in full on-line at https://www.synopsys.com/implementation-and-signoff/custom-design-platform/award-frost-sullivan.html.
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