10. July 2022
From Days to Minutes: Cut Simulation Time in DTCO
Precise Parasitics and SPICE model card extraction allow to combine TCAD with SPICE, significantly reducing simulation runtimes and memory requirements. Simulation of large cells and variability studies become a snap.
Same Accuracy, 100-1000 Times Faster
Run Full-Cell Variability Studies in a Snap
Design technology co-optimization (DTCO) is straight forward in a TCAD tool-chain, but the required simulations consumed a lot of CPU time and a huge amount of memory in case of large cells – a problem in particular for variability studies. The presented tool flow combines the accuracy of TCAD with the performance of SPICE simulations. Key to this hybrid approach are accurate TCAD parasitics extraction (PEX) and SPICE transistor model card extraction.
Join our Poster Session at DAC 2022, See the Benefits
GTS Scientists Gerhard Rzepa and José María González Medina will be happy to show you how it works, and discuss the benefits that you can get from this combined DTCO flow.
DAC 2022 – July 10-14, San Francisco
Poster Session: Path-Finding Through Variability-Aware DTCO-Flow, Wed, July 13th, 5pm – 6pm PDT, Level 2, Exhibit Hall
Let’s talk at the GTS Booth: booth 2420
DAC 2022: DAC Home • DAC Full Program