IC Validator is a physical verification platform used for design rule checking, layout versus schematic validation, and manufacturing signoff. It supports fast and scalable verification of complex semiconductor designs across advanced process nodes. It enables consistent validation of layout accuracy, manufacturability, and reliability before fabrication.
IC Validator Key Capabilities
- Comprehensive Physical Verification (DRC/LVS/DFM) – Performs full-chip design rule checking, layout versus schematic validation, and design-for-manufacturing analysis.
- High-Performance Distributed Processing – Massively parallel architecture scaling across multi-core environments for faster verification runtimes.
- Explorer DRC Technology – Supports early-stage verification with faster runtimes and heatmap-based debugging of large error sets.
- Physical Verification Fusion Technology – Enables in-design verification with automatic DRC fixing and reduced iteration cycles.
- Programmable Electrical Rule Checks (PERC) – Supports reliability verification including EOS, ESD, current density, and resistance checks.
- Pattern Matching & Hotspot Detection – Identifies and resolves manufacturability issues using pattern-based verification techniques.
- Advanced Node Support (Multi-Patterning) – Handles multi-patterning requirements with automated conflict detection and correction.
- Live DRC Checking – Provides real-time, signoff-quality DRC feedback during layout design.
Why IC Validator is Used?
IC Validator used to ensure layout accuracy, manufacturability, and reliability before fabrication because it:
- Enables high-speed verification for large and complex designs
- Detects layout and manufacturing issues early in the design cycle
- Reduces iterations through in-design verification and auto-fixing
- Delivers signoff-quality validation aligned with foundry rules
- Supports reliability checks for electrical integrity and protection
Where IC Validator is Used?
- Full-chip physical verification for ASIC and SoC designs
- Advanced node semiconductor manufacturing workflows
- Layout verification during place-and-route and custom design
- Design-for-manufacturing (DFM) and yield optimization workflows
- Reliability verification in high-performance IC designs
IC Validator Integration with Other Tools
- Fusion Compiler and IC Compiler II for in-design verification workflows
- StarRC for parasitic extraction and post-layout analysis
- Custom Compiler for full-custom design environment
- Third-party layout tools for verification and debugging support
- IC WorkBench / VUE — layout visualization and debugging
Looking to evaluate IC Validator for your next project?
Our experts can help you explore how IC Validator fits your design and simulation needs.
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