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Learn How to Utilize Victory Analytics and Machine Learning to Calibrate TCAD Data

Abstract Physics-based design using technology computer-aided design (TCAD) has provided fundamental contributions to R&D in the semiconductor industry. Traditionally, TCAD modeling is mostly developed manually by expert designers using a trial-and-error procedure. However, the imperative acceleration of time-to-market to reduce development expenses calls for renovation of these conventional TCAD approaches. Machine learning (ML) and artificial… Learn How to Utilize Victory Analytics and Machine Learning to Calibrate TCAD Data

Synopsys TCAD Winter Reception

Hotel Nikko 222 Mason Street, San Francisco

Join us in person at the Synopsys TCAD Winter Reception on December 10, 2024. You have a chance to meet with our executives and product experts to learn about the latest insights on how Synopsys TCAD products can unleash the power of smart technology modeling - from atoms to circuits. Sign up and learn about… Synopsys TCAD Winter Reception

Learn How to Simulate 2D-TMD-Channel FETs with Atomistic Precision

Are 2D-TMD-channel transistors suitable candidates for the replacement of silicon ? Considering the extreme scaling down to a few atomic layers of the FET channel, only an atomistic solution looks viable. In this context, we show how the Victory Atomistic tool can answer this essential question thanks to quantum mechanics, offering valuable support for the… Learn How to Simulate 2D-TMD-Channel FETs with Atomistic Precision