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- Consistent Timing Constraints with PrimeTime - Trilobyte
We will outline a methodology relying on PrimeTime to generate and manage timing constraints, and to guarantee the consistency of your constraints, across all stages of the flow and all levels of hierarchy Many physical implementation tools are timing driven
- 2. 3. 6. 2. Maximum Skew (set_max_skew) - Intel
The Set Max Skew (set_max_skew) constraint specifies the maximum allowable skew between the sets of registers or ports or ports you specify In order to constrain skew across multiple paths, you must constrain all such paths within a single set_max_skew constraint
- Timing Analysis - UC Santa Barbara
Signal skew is the arriving time difference of two signals Clock skew should be low Myth:Interconnect Dominates?
- report_timing - 2025. 1 English - UG835 - AMD
The timing engine runs in "quad" timing mode, analyzing min and max delays for both slow and fast corners You can configure the type of analysis performed by the config_timing_corners command
- Field Programmable Gate Arrays (FPGA)
Set_propagated_clocks must be set for this option to properly report the clock paths -delay {max|min} # max: PrimeTime reports setup time min: PrimeTime reports hold time -max_paths # This variable states the total number of paths to be reported per group The default is one
- IC Compiler Timing Correlation with PrimeTime
using OCV in PrimeTime and doing two separate sessions, you have the following options in IC Compiler: Option #1: Run IC Compiler in MCMM mode, with a scena io for min (hold) and another for max (s tup), with a single operating condition
- [SOLVED] - Clock Tree Report, Skew Report | Forum for Electronics
primetime is just a "signoff" tool or recommended tool, but there are multiple tools which could report the timing Clock Tree Report indicates, the number of buffer, worst best transition skew reports indicates for each corner the skew
- PrimeTime Suite Variables and Attributes - iccircle. com
clock_uncertainty violation indicates that a clock defined at block level is successfully mapped to a clock at top level, but the uncertainty (skew) values associated with these two clocks are different
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