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Semiconductor Process Simulation
Virtual Fabrication
What if you could see your Semiconductor devices in 3D before fabrication. Could you find and fix problems faster or sooner?
With SEMulator3D, you can.
SEMulator3D emulates Silicon processing in software, allowing you to fabricate your device in a virtual 3D environment.
- Save Money by finding problems before fabrication.
- Enhance communication with highly detailed, interactive 3D models.
- Reduce time-to-market and gain a competitive advantage.
- Improve documentation and reduce document creation effort.
- Enhance Yield through improved design rules and defect modeling.
MEMS bond pads and comb drive. Courtesy X-FAB Semiconductor Foundries, AG.
Process Emulation, not Simulation
Traditional 3D process modeling TCAD tools focus on detailed process simulation. While often useful, process simulation is compute-intensive and can only model a small area of a die and individual process steps.
SEMulator3D uses a proprietary semiconductor process emulation engine to generate 3D models much more quickly than TCAD or standard solid modeling tools. SEMulator3D users can predict the combined effects of an entire process sequence over a significant portion of a silicon die on modest computer hardware.
The SEMulator3D process modeling engine is completely customizable and can be used to model any MEMS or Semiconductor fabrication process:
CMOS Logic
- FEOL and BEOL
- Digital and Analog/Mixed Signal
- Advanced processing nodes (22 and 15 nm)
- Current processing nodes (45 nm and larger)
Memory
- Advanced 6T DRAM cells
- Advanced flash memory cells
CCD Image Sensors
Hard Disk Read/Write Heads
MEMS Processes
- Integram
- MUMPS (Poly, Metal, SOI)
- SUMMiT
- MOSIS
45 nm transistor model.
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