Improvement of Parasitic Capacitance Extraction Rules for Large-Scale Layout and Its Accuracy Verification Method

September 17, 2020 | 13:00 – 13:30 (JST) The accuracy of rule-based full-chip parasitic capacitance extraction tools including Silvaco's Hipex is highly dependent on the description of the rule files.

Parasitic Reduction

Jivaro Parasitic Reduction for Fast, Accurate Simulation Jivaro is a unique stand-alone solution dedicated to the reduction of parasitic networks. It helps back-end verification teams speed up post-layout SPICE simulation of huge extracted parasitic circuits, while keeping high accuracy.
Jivaro Runtime Reduction

Parasitic Reduction and Analysis

Jivaro is a unique stand-alone solution dedicated to the reduction of parasitic networks. It helps back-end verification teams speed up post-layout SPICE simulation of huge extracted parasitic circuits, while keeping high accuracy.Viso analyzes the electrical properties of RC parasitic networks which crucially impact circuit behavior in nanometer processes. These impacts affect circuit gain, delay, maximum clock rate, cross-coupling, level of ESD protection and other features, which can cripple a design. Viso’s parasitics-focused approach enables quick analysis of interconnect in order to pinpoint problems. It provides timing estimation and accurate comparison of different extracted netlists.Belledonne is used for layout comparison via extracted netlist. It compares two different extracted netlists and is mainly used for layout parasitic extraction (LPE) flow qualification.

Validation of CLEVER Interconnect Parasitics with 0.18 µm Process Measurements Benoit Froment and Herve Jaouen – SGS-Thomson Microelectronics

CLEVER can perform accurate field solver extractions of resistance and capacitance from 3D structures generated from realistic process simulation. Comparison of CLEVER results with measurements made by SGS-Thomson Microelectronics were done to validate the simulator.