Symposium VI – Standard cell layout/characterization, ECSM puts its number in the same arc as NLDM. The numbers you see in above image, below the cell_rise, cell_fall, rise_transition is all NLDM information. Under rise_transition, you will have ecsm_waveform and ecsm_capacitance. Now this is only one waveform, because we gave it only one load and one slope, just like we have one value under “rise_transition”. If we had 3×3 under rise_transition, then you would have had ecsm_waveform(“0”), ecsm_waveform(“1”), till ecsm_waveform(“8”), essentially 9 waveforms. And same thing with capacitance
This webinar will talk about how do you do that using Machine Learning and Deep Learning techniques. Participants for this webinar range from students to some of service company India head and Program managers. So we will cover from basics to advanced + labs on cloud.
Hi Glad to have a prestigious institution (University of Illinois) and a market leader in Library characterization/modelling (Paripath) as our technology partners. For more, read […]
Its static though, but really efficient….. I am referring to voltage-in-voltage-out VIVO model which is nothing but a current table as a function of input […]
Its a glimpse of physical design flow, static timing analysis, static circuit simulation, dynamic circuit simulations, leakage & switching power concepts, crosstalk glitch & delta delay concepts and basic delay of a cell.
Hi I am happy to say, they really are connected….Let’s figure out how? If you see a classic application of tri-state buffer, it’s the memory […]