The most comprehensive timing training which deals with simple and very complex, low and high speed timing violation. Write complex SDC files for advanced use cases. Analyze timing violation and apply a solution from an arsenal of options. Use the device architecture and tricks to solve complex issues.
This course provides all necessary theoretical and practical know-how to analyze and fix timing failures for variety use cases in Alteral FPGAs. In addition, the course goes into great depth and touches upon writing timing constraints for source synchronous high speed interfaces such as SDR and DDR.
The course goes into great depth and touches upon every aspect of timing failures due to setup and hold negative slack, I/O input/output delays, reset issues, high fanout, global clock networks, over constrained design, as well as timing exceptions.
The course begins with SDC and timing reports review to highlight which constraints and reports should be written...
The most comprehensive timing training which deals with simple and very complex, low and high speed timing violation. Write complex SDC files for advanced use cases. Analyze timing violation and apply a solution from an arsenal of options. Use the device architecture and tricks to solve complex issues.
This course provides all necessary theoretical and practical know-how to analyze and fix timing failures for variety use cases in Alteral FPGAs. In addition, the course goes into great depth and touches upon writing timing constraints for source synchronous high speed interfaces such as SDR and DDR.
The course goes into great depth and touches upon every aspect of timing failures due to setup and hold negative slack, I/O input/output delays, reset issues, high fanout, global clock networks, over constrained design, as well as timing exceptions.
The course begins with SDC and timing reports review to highlight which constraints and reports should be written and generated, and when to use each. Then timing closure recommended methodology is discussed with various Quartus® Prime Design Software and advanced settings.
The course continues with an in depth solutions for various timing failures use cases such as too many logic levels, high fanout, confliction SDC assignments, conflicting locations, and clock issues. The course covers also LVDS, SDR and DDR constraints as well as feedback designs.