Simulation Standard

This paper presents TCAD process, mesh, and device simulations of a 1200 V vertical gallium nitride (GaN) FinFET using Silvaco Victory tools

In our latest Simulation Standard we  examines how Silvaco’s AI-powered Fab Technology Co-Optimization (FTCO™) platform, combining simulation at scale, smart Design of Experiments (DOE), and machine learning (ML) surrogate models, is transforming the power device development workflow, with practical demonstrations on pGaN HEMTs, vertical GaN, and SiC DMOS technologies.

Next generation displays are utilizing tandem organic light-emitting diode (OLED) topologies to improve panel performance.

β-Ga2O3 is set to revolutionize high-voltage power conversion, with ultra-low losses and a high critical electric field that make it ideal for next-generation power devices, enabling three-phase HVDC AC/DC and DC/AC conversion in the 1–6 kV, 0.5–0.8 kA range for AI data centre power delivery, renewable energy systems, high-voltage circuit breakers, and ESD protection.

With the 2025 release, Silvaco is yet again leading innovation in TCAD, driven by its over 40 years of experience. This release introduces major enhancements across simulation engines, solver performance, physical models, and multi-physics workflows for large-scale 3D applications.

In this paper we will discuss accelerating vertical GaN power technology development with physics-based Digital Twins for 800V DC AI factory power infrastructure.

In this paper we demonstrate the application of the Silvaco TCAD suite from the technology process to circuit analysis for a planar SiC MOSFET (DMOS).

This is an introduction to the impedance field method and its application to the calculation of the small-signal noise in Victory Device.

This edition introduces trajectory replication in Victory Process Monte Carlo ion implantation, with a focus on:

• Reducing computation time by reusing ion paths in similar regions
• Maintaining physical accuracy while accelerating simulations
• Best-use cases and scenarios to avoid
• Achieving speed-ups of up to 10×

In this article, we will present application examples of stress analysis in Victory Process.