A Rich and Powerful Process Emulator

Icon: GTS Process Emulator (ProEmu), symbolizes material or doping being added to a wafer during the process

GTS ProEmu conveniently brings the process to DTCO – a perfect match with GTS CellDesigner: Understand how each process step affects subsequent steps as well as device performance. Combine process modules to quickly explore new process flow designs, assess variability and yield. Tune your technology, leap ahead.

Applications

ProEmu integration with Cell Designer: GDSII masks, process modules and steps, device generation, parasitics extraction (PEX)
  • Process flow design
  • Variability & yield
  • DTCO

Explore Key Technology Parameters with Design and Process in Mind

  • Variability in masks & processes
  • Identify critical process steps
  • Examine effects down the line
  • Study the impact on reliability

Technologies differ increasingly. Optimize your process to get the most out of your FinFET, NSFET, NWFET, and CFET designs.

Emulation Models / Process Steps

Animation showing the process steps for a Nanosheet FET as created by ProEmu process emulation
Nanosheet process flow created with ProEmu

Emulation

  • Etching
  • Deposition (CVD)
  • Spin-On-Glass (SOG)
  • Selective Epitaxial Growth (SEG)
  • Wet Etching

Geometric Models

  • Planarization (CMP)
  • Fill
  • Directional Etching
  • Geometric Ion Etch

Material Operations

  • Add Material from Shape
  • Cut-out Material with Shape
  • Subtract (present or inverted) Shape from Material
  • Remove Material
  • Move Material Vertically

Analytical Doping Operations

  • Add Doping from Mask
  • Add Doping from Equation
  • Remove Doping

Process Modules and Output

  • Process Group (Contains a number of processes)
  • Output for visualization and device simulation

Simulation Models (as Part of ProSim)

  • Ion Implantation
  • Simple Implantation
  • Dopant Diffusion
ProEmu user interface editing a multi-step nanosheet process

Integration with Process-Aware DTCO

Flow chart of a process-aware DTCO flow, including variability, reliability, PPA
Process-aware DTCO flow with GTS CellDesigner and ProEmu

Use your mask layouts and customize easy-to-use technology process flows to investigate single devices, cells, and circuits. Add process variation in your flow and understand critical process steps and their impact on power, performance, variability, and reliability. Use predictive device simulations (NDS), TCAD calculations, and spice in unison, to optimize your process, design, and technology.

Open to Integration with Other Tools

Besides being embedded in GTS Framework for easy setup of workflows (e.g. with GTS CellDesigner) including the DoE (splits) tool and integrated optimizer, ProEmu can easily be used in combination with other tools.

  • Integration with process simulation
  • Wide interoperability with 3rd-party tools

Environment

  • Integration in GTS Framework (DoE, Optimizer, workflows, device and circuit simulators)
  • Intuitive and versatile graphical user interface
  • Comprehensive scripting interface
  • Efficient multi-core simulation support

A Dependable Companion for Process Emulation in all Contexts

  • Flexibly change and combine process modules
  • Investigate the impact of each process step
  • Full interoperability with process simulation
  • Reliability & variability comprehensively covered
  • Robust and computationally efficient
  • Full integration with TCAD and DTCO

Download product flyer (PDF)

Want to learn more?

Please check the examples, tutorials, publications and further information in the Related column.
For specific inquiries, please contact us.