How shift-left memory contention analysis protects performance and schedule

Detect memory contention at the schematic level, optimize memory design and improve reliability with Insight Analyzer—advanced analysis for complex memory blocks

Manufacturing Intelligence: AI in the Fab

Discover how AI is fundamentally transforming semiconductor manufacturing, moving beyond traditional limits. Learn how AI tightens feedback loops, tackles bottlenecks, and orchestrates fab operations for unprecedented efficiency and innovation.

Why curvilinear OPC demands a new optimization approach 

The semiconductor industry’s transition to sub-5 nm nodes has fundamentally changed photomask design economics. For years, teams relied on rectilinear…

From chaos to clarity: Smarter DRC workflows and team productivity with Calibre Vision AI 

Advanced node DRC demands rapid team coordination and closure. You can transform your entire DRC workflow by turning massive error data into…

DRC at scale: How Calibre Vision AI turns billions of errors into actionable insights 

Accelerate DRC closure for advanced node SoCs with Calibre Vision AI. Real-time, AI-guided analysis shortens debug cycles and enables efficient team collaboration for faster, predictable physical verification.

Interactive symmetry checking with Calibre RealTime accelerates analog IC design

Learn how Calibre RealTime enables interactive symmetry checking in analog IC design with instant validation, zero setup and early detection to compress schedules and reduce costly rework

The Calibre 3D IC solution: Mastering the complexities of advanced 3D IC chip design

Optimize 3D IC chip design from concept to sign-off with Calibre 3D IC solutions. Achieve accurate electro-thermo-mechanical co-simulation, prevent costly errors, and accelerate time-to-market.

Tackling compute complexity in ESD verification with Calibre

Explore how Calibre PERC and Calibre 3DPERC tackle the escalating compute complexity of ESD verification in advanced IC designs, including 2.5D and 3DIC structures, ensuring robust protection and signoff-quality results

Why a GPU rasterizer matters for computational lithography in both performance and precision at scale

This technical analysis explores GPU rasterizer for accelerated mask synthesis. Benchmarks show 290x speedup for Manhattan geometries and 45x for curvilinear shapes with <1% error.