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Physical Device Modeling
A New Paradigm in TCAD Device Simulation
Grid and Cloud Computing
Physical device simulation in a multi-host environment
Device and Circuit Reliability
The impact of variation such as RDD, MGR, LER, FER, OTV, etc.
Reliability / BTI
NBTI and PBTI degradation at device and circuit level
From layout to mixed-mode simulation – in less than 1 hour
Schrödinger-Poisson simulation of fully-depleted FinFET structures
Application Suites / DTCO
GTS Nano Device Simulator
New materials, new architectures, device shrinking, path-finding TCAD
GTS Cell Designer
Layout-based structure generation, LER, FEOL+BEOL
Device and circuit simulator for arbitrary structures
General-purpose quantum mechanical device simulator
Device simulator using BTE / Spherical Harmonics Expansions
Fully graphical geometry and device editor, meshing tool
Multidimensional visualization tool for arbitrary quantities
Homogeneous work environment, common base for all GTS products
Grid Computing on Site
Hot Topics & Applications
Recent development and important applications, DFM
Typical applications demonstrated in detail — take a look...
Step-by-step: Get started quickly with GTS TCAD tools
Step-by-step instructions: See how to easily run typical simulations!
Global TCAD Solutions in the news
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GTS in the News (Press Clippings)
Click the images to go to the respective sources:
TU Wien (Homepage), October 12, 2017
TU Alumni News, October 6, 2017
EDACAFÉ, September 10, 2015
Die Presse, August 7, 2015
Der Standard, July 10, 2015
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GTS is proud to hire the lead developer of compact physics software Comphy
New Christian Doppler Lab on “single defect spectroscopy in semiconductor devices”
GTS@IEEE-ICEE in Bangalore – invited talk by Zlatan Stanojević
IEDM 2018, MOS-AK Workshop in San Francisco