FTD renders a SEMulator3D platform for modelling semiconductor and MEMS fabrication processes. It provides complete virtual fabrication atmosphere which closely resembles the characteristics of actual fabs. It comprises of a highly efficient 3D modelling engine and is capable of creating comprehensive, integrated process flows embodying several individual processes.
Engineers can easily quantify the effects of process changes and variability on significant dimensions with the aid of virtual metrology. It allows users to perform virtual experiments in a very short span as compared to the prolongation to carry out actual experiments in a fab. This is made possible by the extreme parallelism gained owing to high-end workstations and servers.
Our SEMulator3D technology is widely used to develop next generation technology nodes as well as advanced fabrication processes by many customers. In order to form a comprehensive platform for MEMS development, FTD gives you two complementary products for MEMS design and simulation. These complex tools are in addition to a large variety of physics that occur in MEMS, including electrical, piezo electrical, piezo resistive, mechanical, fluidic and packaging effects.
FTD has a strong foundation of MEMS modelling and simulation and offers a complete package of MEMS product which enables co-design of MEMS and its related systems and electronic circuitry. All these need to be integrated into non-MEMS design tools such as the system modelling and EDA tools that are generally used by electronic engineers and IC.