Electronic Design Automation
18 products
Aniah's AI-driven Electrical Verification Platform
Aniah
·Electronic Design Automation
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Cadence (PCB / Allegro)
Cadence
·Electronic Design Automation
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Cadence (IC Design / EDA)
Cadence
·Electronic Design Automation
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Multiphysics 3DIC Package Analysis
Synopsys
·Electronic Design Automation
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Synplify
Synopsys
·Electronic Design Automation
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Virtualizer
Synopsys
·Electronic Design Automation
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HAPS
Synopsys
·Electronic Design Automation
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ZeBu
Synopsys
·Electronic Design Automation
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Platform Architect
Synopsys
·Electronic Design Automation
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RedHawk-SC
Synopsys
·Electronic Design Automation
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IC Validator
Synopsys
·Electronic Design Automation
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TestMAX
Synopsys
·Electronic Design Automation
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VCS
Synopsys
·Electronic Design Automation
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PrimeTime
Synopsys
·Electronic Design Automation
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3DIC Compiler
Synopsys
·Electronic Design Automation
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Custom Compiler
Synopsys
·Electronic Design Automation
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Fusion Compiler
Synopsys
·Electronic Design Automation
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Synopsys.ai
Synopsys
·Electronic Design Automation
-
Electronic Design AutomationMain
Aniah's AI-driven Electrical Verification Platform provides exhaustive and accurate reliability verification for integrated circuits, detecting all errors with an electrically-accurate analysis at the transistor level. It reduces false errors significantly and enhances productivity for IC designers.
Features
- Perform high-accuracy transistor-level verification at full-chip scale
- Detect 100% of targeted errors in integrated circuits
- Run mixed-signal multi-power scenarios analysis in 1 second
- Optimize debugging with seamless information sharing
- Support large scale deployment for fast debugging
- Cover 100% of the operating range of circuits
- Classify and reduce false errors in verification
- Provide built-in support for 12 types of design errors
Electronic Design AutomationMain
Aniah's AI-driven Electrical Verification Platform provides exhaustive and accurate reliability verification for integrated circuits, detecting all errors with an electrically-accurate analysis at the transistor level. It reduces false errors significantly and enhances productivity for IC designers.
Features
- Perform high-accuracy transistor-level verification at full-chip scale
- Detect 100% of targeted errors in integrated circuits
- Run mixed-signal multi-power scenarios analysis in 1 second
- Optimize debugging with seamless information sharing
- Support large scale deployment for fast debugging
- Cover 100% of the operating range of circuits
- Classify and reduce false errors in verification
- Provide built-in support for 12 types of design errors