Uploaded July 2026 | Updated September 2026, 2 weeks ago
Discover how Solido Layout Analyzer helps custom IC design teams identify and resolve post-layout performance issues faster, with AI-powered, measurement-aware layout analysis and simulation in the loop.
In custom IC design, performance can shift after layout due to layout-dependent effects, parasitics, IR drop, thermal effects, coupling, and routing-related issues. Traditionally, engineers have had to move between waveform viewers, layout editors, and custom scripts to manually correlate failures back to the layout—a process that can take weeks.
Solido Layout Analyzer, part of the Solido Design Environment, helps close that gap by connecting layout analysis directly to design performance. It brings together static and dynamic analysis for post-layout netlists, enabling teams to better understand where performance is changing and why.
In this video, you’ll learn how Solido Layout Analyzer helps designers:
• Correlate post-layout issues directly to design specifications
• Cross-probe between schematic and layout
• Visualize coupling capacitance
• Run point-to-point parasitic calculations
• Compare pre-layout and post-layout behavior
• Analyze layout-dependent effects across design iterations
• Identify high-impact routed nets with Smart Sensitivity
• Integrate with third-party simulators, parasitic extraction tools, and simulation environments
• Use Fuse EDA-powered agent capabilities for SPEF processing, analysis execution, insight extraction, and report generation through natural language prompting
By surfacing layout issues earlier and with greater precision, Solido Layout Analyzer helps teams reduce debug time, minimize respins, improve confidence at tape-out, and move faster on future designs.
Learn more at: https://sie.ag/4DXBDJ
▶️ Connect with us:
» LinkedIn: https://sie.ag/2sDkVD
» EDA blogs: https://sie.ag/4bJBQk
» IC Design Community Discussion Board: https://sie.ag/6HALZC
» X: https://sie.ag/3sgvgB
#Solido #CustomIC #ICDesign #EDA #Semiconductor #FuseEDA
Discover how Solido Layout Analyzer helps custom IC design teams identify and resolve post-layout performance issues faster, with AI-powered, measurement-aware layout analysis and simulation in the loop.
In custom IC design, performance can shift after layout due to layout-dependent effects, parasitics, IR drop, thermal effects, coupling, and routing-related issues. Traditionally, engineers have had to move between waveform viewers, layout editors, and custom scripts to manually correlate failures back to the layout—a process that can take weeks.
Solido Layout Analyzer, part of the Solido Design Environment, helps close that gap by connecting layout analysis directly to design performance. It brings together static and dynamic analysis for post-layout netlists, enabling teams to better understand where performance is changing and why.
In this video, you’ll learn how Solido Layout Analyzer helps designers:
• Correlate post-layout issues directly to design specifications
• Cross-probe between schematic and layout
• Visualize coupling capacitance
• Run point-to-point parasitic calculations
• Compare pre-layout and post-layout behavior
• Analyze layout-dependent effects across design iterations
• Identify high-impact routed nets with Smart Sensitivity
• Integrate with third-party simulators, parasitic extraction tools, and simulation environments
• Use Fuse EDA-powered agent capabilities for SPEF processing, analysis execution, insight extraction, and report generation through natural language prompting
By surfacing layout issues earlier and with greater precision, Solido Layout Analyzer helps teams reduce debug time, minimize respins, improve confidence at tape-out, and move faster on future designs.
Learn more at: https://sie.ag/4DXBDJ
▶️ Connect with us:
» LinkedIn: https://sie.ag/2sDkVD
» EDA blogs: https://sie.ag/4bJBQk
» IC Design Community Discussion Board: https://sie.ag/6HALZC
» X: https://sie.ag/3sgvgB
#Solido #CustomIC #ICDesign #EDA #Semiconductor #FuseEDA
