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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
Geometry and Device Editor,
Multidimensional Visualization Tool for Arbitrary Quantities
Homogeneous Base Environment, Embeds all other Tools
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