Discover hidden value — simulate complex workflows to identify hidden and wasted factory capacity
Applied SmartFactory Simulation AutoSched is a capacity planning system for semiconductor manufacturers that enables simulation of complex workflows to identify hidden and wasted factory capacity. It allows users to create a virtual model of a fab to analyze, predict, and optimize operations. With over 425 deployments, Simulation AutoSched has the largest installed base in semiconductor manufacturing.
Applied SmartFactory Simulation AutoSched identifies hidden and wasted factory capacity by simulating complex workflows in a virtual model of a fab. Users can experiment offline with scheduling rules, equipment, and operator cycles to analyze, predict, and optimize operations. Benefits include improved cycle time, reduced WIP and buffer levels, and improved decision logic.
Simulation AutoSched enables semiconductor manufacturers to analyze, predict, and optimize workflows through simulation.
These benefits help manufacturers identify hidden and wasted capacity.
Benefits include:
Simulation AutoSched lets users experiment offline with scheduling rules, equipment, and operator cycles, using a virtual model of a fab to analyze, predict, and optimize operations.
Simulation AutoSched includes standard features and dispatching rules for quick model development.
Simulation AutoSched includes an object-oriented, data-driven modeling tool, providing the fastest execution of any commercially available product.
Yes. Simulation AutoSched is the only advanced processing package that integrates with AutoMod® for detailed, accurate models.
Yes. Simulation AutoSched provides an open architecture for customizations to model virtually any application.
Simulation AutoSched has the largest installed base in semiconductor manufacturing, with over 425 deployments and over 20 years of simulation experience.
Simulation AutoSched simulates complex workflows to identify hidden and wasted factory capacity, and lets you experiment offline with scheduling rules, equipment, and operator cycles.
