Uploaded July 2026 | Updated September 2026, 2 weeks ago
In advanced FinFET nodes, analog layout is becoming increasingly complex due to strict, discrete design rules for OD spacing, vertical width, Poly width, and Poly spacing. These constraints can make manual placement difficult, time-consuming, and prone to DRC violations.
In this video we demonstrate how the FinFET Grid feature in L-Edit helps designers achieve DRC-clean placement by construction. By embedding FinFET-specific intelligence directly into the layout environment, L-Edit enables shapes, instances, standard cells, and hierarchical blocks to snap automatically to valid grid locations.
Whether you are working with advanced analog layouts or complex hierarchical designs, the FinFET Grid helps reduce placement errors, minimize debugging effort, and improve overall layout productivity.
Contact our team to speak to an expert: https://sie.ag/3TVEf6
▶️ Connect with us:
» LinkedIn: https://sie.ag/5xrYyA
» EDA blogs: https://sie.ag/3Pab1d
» IC Design Community Discussion Board: https://sie.ag/67XYQT
» X: https://sie.ag/3SjBZZ
#EDA #LEdit #FinFET #CustomICDesign #AnalogLayout #ICDesign #DRC #SemiconductorDesign
In advanced FinFET nodes, analog layout is becoming increasingly complex due to strict, discrete design rules for OD spacing, vertical width, Poly width, and Poly spacing. These constraints can make manual placement difficult, time-consuming, and prone to DRC violations.
In this video we demonstrate how the FinFET Grid feature in L-Edit helps designers achieve DRC-clean placement by construction. By embedding FinFET-specific intelligence directly into the layout environment, L-Edit enables shapes, instances, standard cells, and hierarchical blocks to snap automatically to valid grid locations.
Whether you are working with advanced analog layouts or complex hierarchical designs, the FinFET Grid helps reduce placement errors, minimize debugging effort, and improve overall layout productivity.
Contact our team to speak to an expert: https://sie.ag/3TVEf6
▶️ Connect with us:
» LinkedIn: https://sie.ag/5xrYyA
» EDA blogs: https://sie.ag/3Pab1d
» IC Design Community Discussion Board: https://sie.ag/67XYQT
» X: https://sie.ag/3SjBZZ
#EDA #LEdit #FinFET #CustomICDesign #AnalogLayout #ICDesign #DRC #SemiconductorDesign
