System level SOC Power Modeling with VisualSim- Part 2 In the part 1 of this system-level power modeling series we introduced VisualSim and laid the foundation for the exploration of SoC power architecture. VisualSim Architect is a system level simulation tool which provides a one stop solution for early system level analysis and design space […]
System Level SOC Power Modeling with VisualSim In the intricate realm of System-on-Chip (SoC) design, optimizing power is paramount. This article series begins by introducing VisualSim, a versatile simulation tool, as a powerful contender in the domain of SoC power modeling and optimization. VisualSim enables system-level SoC power modeling even before delving into the intricacies […]
AVFS: System Level Modeling Modern SOCs employ multiple power management strategies either at individual IP level or full SOC level. One such strategy is adaptive voltage and frequency scaling (AVFS).In AVFS, a closed-loop feedback system is implemented between the voltage scaling power supply and delay-sensing performance monitor on the SoC.The on-chip performance monitor not only […]
VisualSim Artificial Intelligence (AI)-Driven Processor Generator VisualSim AI-Driven Processor Generator experiments with different design configurations, and runs simulations. It then selects the optimal configuration that meets the performance and power constraints. Recommendations are made based on the statistics generated from the simulation. These provide a closer inspection of the components, and the sources of bottlenecks. […]
To cause a system upgrade, we must first understand what we are attempting to change as a system, which necessitates the creation of a system model of it. We think of a system as just a summation of its parts and thus requires no special attention. It is necessary to change our approach in which […]
