Slash Power Integrity Runtimes with Chip Power Model-SC
Chip designs are growing larger, requiring precise Chip Power Models (CPM) for power integrity analysis. With 3DIC and <3nm nodes, faster, accurate model generation is crucial.
Ansys potenzia la nuova generazione di ingegneri
Gli studenti hanno accesso gratuito a software di simulazione di livello mondiale.
Progetta il tuo futuro
Connettiti a Ansys per scoprire come la simulazione può potenziare la tua prossima innovazione.
Gli studenti hanno accesso gratuito a software di simulazione di livello mondiale.
Connettiti a Ansys per scoprire come la simulazione può potenziare la tua prossima innovazione.
Chip designs are growing larger, requiring precise Chip Power Models (CPM) for power integrity analysis. With 3DIC and <3nm nodes, faster, accurate model generation is crucial.
Date/Time:
January 14, 2026
9 AM PST
Venue:
Virtual
Over the past few years, chip designs have been getting larger, with compute workloads exceeding billions of nodes.
For these designs, running power integrity analysis of the chip combined with the package/PCB requires creation of an equivalent circuit model called the Chip Power Model (CPM). The CPM captures the electrical behavior of the chip over a broad range of frequencies.
But now with the advent of 3DIC and advanced technology nodes (<3nm), it is essential that the chip power model (CPM) be generated even more quickly, without loss of accuracy.
We will share how you can leverage the latest algorithmic advances to accelerate the generation of these models through CPM-SC.
IC design engineers, EM/IR engineers, Power Integrity engineers, CAD/methodology engineers