This paper describes an analysis performed to assess the fidelity, scalability, and performance of the Sage ® Fab Advisor ™ semiconductor fab simulation engine executing two years of fab operations across a range of lot sizes. We describe the demand and fab operations models used, as well as the tools and methodology used in conducting the analysis. Our results were validated against a well-known model running on a well-known toolset, showing performance to be very competitive with that model. Further, we show that our engine’s performance, running this model, scales almost linearly from 25 wafer lot sizes down to single wafer lot sizes. That is, simulation time increases roughly linearly with respect to the number of lots being processed
can speed rush lots Reducing cycle time is a key component of any fab manager’s task. J. Blanc and S...
As systems of computers become more complex in terms of their architecture, interconnect and het-ero...
Most of the existing simulations in the area of semiconductor manufacturing are based on feeding rat...
The importance of semiconductor device fabrication has been rising steadily over many years. Integra...
The typical approach taken to simulating semiconductor wafer fabs is a time- and memory-intensive pr...
Focusing on resource cycles, the authors developed a semiconductor wafer factory (fab) simulation th...
A critical aspect of semiconductor manufacturing is the design and analysis of material handling and...
In response to an increasingly fierce competition faced by semiconductor manufacturing companies, ...
Semiconductor manufacturing is one of the most complex industries in terms of technology and manufac...
Focusing on resource cycles, the authors developed a semiconductor wafer factory (fab) simulation th...
The process of wafer fabrication is arguably the most technologically complex and capital intensive ...
The mounting pressure of costs in the semiconductor industry has led to the use of increasingly comp...
A new discrete event simulation setup and simulator called FabSim is presented. It is a single C++ e...
This research presents the development of simulation modeling for WIP management in semiconductor fa...
A 300mm wafer fab is one of the most complex systems in the world. How to optimize this system in te...
can speed rush lots Reducing cycle time is a key component of any fab manager’s task. J. Blanc and S...
As systems of computers become more complex in terms of their architecture, interconnect and het-ero...
Most of the existing simulations in the area of semiconductor manufacturing are based on feeding rat...
The importance of semiconductor device fabrication has been rising steadily over many years. Integra...
The typical approach taken to simulating semiconductor wafer fabs is a time- and memory-intensive pr...
Focusing on resource cycles, the authors developed a semiconductor wafer factory (fab) simulation th...
A critical aspect of semiconductor manufacturing is the design and analysis of material handling and...
In response to an increasingly fierce competition faced by semiconductor manufacturing companies, ...
Semiconductor manufacturing is one of the most complex industries in terms of technology and manufac...
Focusing on resource cycles, the authors developed a semiconductor wafer factory (fab) simulation th...
The process of wafer fabrication is arguably the most technologically complex and capital intensive ...
The mounting pressure of costs in the semiconductor industry has led to the use of increasingly comp...
A new discrete event simulation setup and simulator called FabSim is presented. It is a single C++ e...
This research presents the development of simulation modeling for WIP management in semiconductor fa...
A 300mm wafer fab is one of the most complex systems in the world. How to optimize this system in te...
can speed rush lots Reducing cycle time is a key component of any fab manager’s task. J. Blanc and S...
As systems of computers become more complex in terms of their architecture, interconnect and het-ero...
Most of the existing simulations in the area of semiconductor manufacturing are based on feeding rat...