6188 - Radiant 3.0 and below: What is the difference in timing analysis between Radiant 2.2 versus 3.0?

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• 6737 - Radiant: Does Radiant perform static timing analysis (STA) on reset pins/signals?

  Radiant performs static timing analysis (STA) on reset pin/signals that are using Local Set/Reset (LSR). To use LSR, user need to make sure that the GSR-related strategy settings are False/OFF (Force GSR on Synthesis and Infer GSR on MAP). User also ...

• 7081 - Radiant: How can user perform Timing Analysis using a different speed grade other than the speed grade of the selected device (or the PAR speed grade)?

  To perform Timing Analysis on different speed grades independent of the PAR speed grade, user can change the Timing Analysis speed grade in 3 ways: 1. Change the strategy setting for PAR Timing Analysis speed grades to a different speed grade than ...

• 6826 - Radiant: What type of clocks do the Clock Port column of the I/O Timing Analysis Report refer to?

  For I/O timing analysis, the "Clock Port" column/field could refer to the following depending on the destination clock: 1. Internal oscillator clock: If the destination clock is directly from the internal oscillator, or if the destination clock is ...

• 7037 - All Nexus / Radiant 2023.1 or earlier: How are the clock-to-out max and clock-to-out min values on the I/O Timing Analysis report calculated?

  Clock-to-out max corresponds to the arrival time of the data of the external timing path when setup time is analyzed. Clock-to-out min corresponds to the arrival time of the data of the external timing path when hold time is analyzed. If there are ...

• 7021 - All Nexus / Radiant 2023.1 and older: How can the user calculate the Clock-To-Out (min and max) values and Input setup/hold values of the I/O Timing Analysis report?

  The Clock-to-Out max value is the setup analysis' arrival time of data with the output port's external timing path. The Clock-To-Out min value is the hold analysis' arrival time of data with the output port's external timing path. By default, timing ...