Simulation for Semiconductor Innovation
Engineers and researchers developing semiconductor equipment and devices benefit from incorporating the COMSOL Multiphysics® simulation software into their workflow.
The COMSOL Multiphysics® software features a consistent user experience, regardless of engineering application and physics phenomena. For the semiconductor processing industry, there are several add-on products that provide specialized functionality for modeling plasma, molecular flow, particle tracing, heat transfer, and semiconductor devices.
Real-World Semiconductor Simulation Examples
Ionization Gauges
INFICON used simulation to guide their design of a more precise, robust, and reproducible tool for measuring HV/UHV conditions.
Wet Processes
Tokyo Electron uses simulation for understanding the physics and chemical processes at the nanoscale to then develop and improve the wafer liquid processes.
Memory Chip Manufacturing
Engineers optimized the manufacturing process to keep up with demands for smaller chips with greater memory capacity.
Photolithography Systems
ASML built multiphysics models and simulation applications to help them design components for photolithography systems more efficiently.