#timinganalysis #synopsys #physicaldesign #asic
: These account for the propagation delays external to the chip. The guide details how to use set_input_delay and set_output_delay to model the environment at the chip’s boundary.
: Users are guided on choosing between Graph-Based Analysis (GBA) for speed and Path-Based Analysis (PBA) for higher accuracy during the final signoff stages. 3. Optimization Strategies
. While the exact chapter numbering can vary slightly between tool releases (e.g., version R-2020.09 vs. S-2021.06), the core content structure remains consistent.
: The guide explains how to interpret "slack"—the difference between the required arrival time and the actual arrival time. A negative slack indicates a timing violation that must be addressed through optimization.
#timinganalysis #synopsys #physicaldesign #asic
: These account for the propagation delays external to the chip. The guide details how to use set_input_delay and set_output_delay to model the environment at the chip’s boundary. synopsys timing constraints and optimization user guide 2021
: Users are guided on choosing between Graph-Based Analysis (GBA) for speed and Path-Based Analysis (PBA) for higher accuracy during the final signoff stages. 3. Optimization Strategies version R-2020.09 vs. S-2021.06)
. While the exact chapter numbering can vary slightly between tool releases (e.g., version R-2020.09 vs. S-2021.06), the core content structure remains consistent. synopsys timing constraints and optimization user guide 2021
: The guide explains how to interpret "slack"—the difference between the required arrival time and the actual arrival time. A negative slack indicates a timing violation that must be addressed through optimization.