At The Forefront of Simulation Technology

Today’s semiconductor industry is facing unprecedented challenges. To survive in highly competitive markets such as high-performance logic and memory, strategic leadership is mandatory. One key instrument to staying successful in this business is predictive simulation in Technology CAD (TCAD).

Global TCAD Solutions’ TCAD tools provide utmost accuracy relying on physically-sound models, yielding dependable predictions even for new designs, materials and technologies.

Modular Concept backed by Latest Science

GTS simulators, such as the classical device and circuit simulator Minimos-NT and the quantum-mechanical Schrödinger-Poisson solver VSP, are based on a long history of scientific research at GTS as well as the Institute for Microelectronics (Vienna University of Technology); they are continuously enhanced to include the latest scientific models and research results.

The Solid Base: GTS Framework

All GTS tools are embedded in our easy-to-use TCAD Framework, which also provides distributed computing on local networks and/or public clouds. Due to its modular concept, GTS Framework can be tailored to special requirements.

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GTS Framework – the solid base of all GTS products and your working environment. Includes device editing, file management, distributed job execution, visualization, post-processing, a Python interface, etc.

Advanced Solutions

Complete workflows for path-finding and device/circuit optimization.

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GTS Nano Device Simulator – the first complete solution for effective physical simulation of nano-devices across technology nodes. Get profound predictive data for new materials and device architectures.

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GTS Cell Designer – implements a revolutionary sleek work flow for optimizing circuit designs for various technologies specifically, either without going into process details (LSG), or with the process included (ProEmu).

TCAD Tools

Use and combine according to your workflow – stand-alone or within GTS Framework.

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GTS ProEmu – a universal, module-based process emulator. Use flexible process modules to easily explore new designs. Study variability and optimize for device PPA as well as production yield. Understand how each process step affects subsequent steps as well as device performance. Tune your technology, leap ahead.

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GTS Structure – rapidly create and edit sophisticated real-world 2D / 3D structures using device templates, text files, or the integrated CAD editor. Choose from a comprehensive set of parametrized templates (or create your own), or import from 3rd-party process simulators.

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GTS Minimos NT – simulate semiconductor devices and circuits: Run steady-state, transient, and small-signal analysis of arbitrary 2D and 3D device geometries. Combine multiple devices in a circuit with compact models. Run thermal analysys of devices and circuits.

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GTS VSP – the Vienna Schrödinger Poisson Solver is a powerful device simulator for arbitrary nano-structures. VSP has quantum mechanical solvers for closed-boundary as well as open-boundary problems; VSP is the first commercial solver to simulate quantum effects by true physical models.

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GTS Vision – a multi-dimensional visualization and graph plotting tool. Instantly view and compare simulation results, export diagrams and videos.

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Data Processing & Python API – a range of data processing scripts are available as Python ToolFolders templates and as related Python libraries.