Synopsys, Inc.
690 East Middlefield Road
Mountain View, CA 94043
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NXP to Adopt Synopsys' Native Automotive Design Solutions for Next-generation Safety-critical SoCs
Synopsys' Innovative Technologies Deployed to Meet Highest ASILs in Response to Rapid Growth of Autonomous Driving and ADAS Mountain View, Calif., Oct. 15, 2019 /PRNewswire/ -- Highlights: NXP achieves significantly improved runtime with Synopsys' native automotive design solutions on its 16nm high-performance automotive network communications processing chip New native automotive technologies in...
Read More »NXP to Adopt Synopsys' Native Automotive Design Solutions for Next-generation Safety-critical SoCs
Synopsys' Innovative Technologies Deployed to Meet Highest ASILs in Response to Rapid Growth of Autonomous Driving and ADAS Mountain View, Calif., Oct. 15, 2019 /PRNewswire/ -- Highlights: NXP achieves significantly improved runtime with Synopsys' native automotive design solutions on its 16nm high-performance automotive network communications processing chip New native automotive technologies in...
Read More »New Native Automotive Solutions Deliver FuSa Analysis, Implementation and Verification Capabilities
Enable designers to efficiently implement and verify functional safety mechanisms to achieve target ASIL for safety-critical SoCs. Comprise a complete digital design flow incorporating FuSa-enabled technologies. Provides feature set to implement and verify FuSa mechanisms such as TMR, DCLS and failsafe FSM.
Read More »New Native Automotive Solutions Deliver FuSa Analysis, Implementation and Verification Capabilities
Enable designers to efficiently implement and verify functional safety mechanisms to achieve target ASIL for safety-critical SoCs. Comprise a complete digital design flow incorporating FuSa-enabled technologies. Provides feature set to implement and verify FuSa mechanisms such as TMR, DCLS and failsafe FSM.
Read More »
Synopsys Announces Industry-First Unified Functional Safety Verification Solution to Accelerate Time-to-Certification for IPs and SoCs
VC Functional Safety Manager Reduces ISO 26262 FMEA/FMEDA and Fault Classification Effort by Up to 50 Percent Mountain View, Calif., Oct. 7, 2019 /PRNewswire/ -- Highlights: Automation is required to address the challenging certification requirements and increased efforts associated with new automotive IPs and SoCs Industry's first and most comprehensive functional safety verification solution...
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Synopsys Announces Industry-First Unified Functional Safety Verification Solution to Accelerate Time-to-Certification for IPs and SoCs
VC Functional Safety Manager Reduces ISO 26262 FMEA/FMEDA and Fault Classification Effort by Up to 50 Percent Mountain View, Calif., Oct. 7, 2019 /PRNewswire/ -- Highlights: Automation is required to address the challenging certification requirements and increased efforts associated with new automotive IPs and SoCs Industry's first and most comprehensive functional safety verification solution...
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Synopsys, Arm, and Samsung Foundry Enable Accelerated Development of Next-Generation Arm
Certified Tools and Reference Flow Enable Early Adopters' Implementation of Advanced Arm Core MOUNTAIN VIEW, Calif., Oct. 7, 2019 /PRNewswire/ -- Highlights: Samsung Foundry certifies Synopsys' Fusion Design Platform for its 5LPE process with EUV technology Solutions provide PPA gains and enable faster time-to-market QuickStart Implementation Kit (QIK), including scripts and reference guide,...
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Synopsys, Arm, and Samsung Foundry Enable Accelerated Development of Next-Generation Arm
Certified Tools and Reference Flow Enable Early Adopters' Implementation of Advanced Arm Core MOUNTAIN VIEW, Calif., Oct. 7, 2019 /PRNewswire/ -- Highlights: Samsung Foundry certifies Synopsys' Fusion Design Platform for its 5LPE process with EUV technology Solutions provide PPA gains and enable faster time-to-market QuickStart Implementation Kit (QIK), including scripts and reference guide,...
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New PrimeECO Design Closure Achieves Signoff Closure with Zero Iterations
Combines the efficiency to manage unlimited signoff scenario views with scalability of incrementally enabled integrated physical implementation and signoff capabilities. Features an innovative machine-learning-driven Hybrid Timing View technology that addresses the increasing signoff scenarios by predicting optimal trade-offs between required compute resource. Available to all designers...
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New PrimeECO Design Closure Achieves Signoff Closure with Zero Iterations
Combines the efficiency to manage unlimited signoff scenario views with scalability of incrementally enabled integrated physical implementation and signoff capabilities. Features an innovative machine-learning-driven Hybrid Timing View technology that addresses the increasing signoff scenarios by predicting optimal trade-offs between required compute resource. Available to all designers...
Read More »