Specialized Flip-Flop Library for High Frequency ASIC Timing

The patent segments storage element optimization into multiple specialized versions, each tailored for specific path attributes (setup time, hold time, clock-to-output time). Instead of one general-purpose storage element, the system creates specialized variants that can be selected based on the specific timing requirements of different circuit paths, thereby achieving path-specific optimization without overwhelming complexity.

The patent applies local quality by making different parts of the storage element library have different functions optimized for different local conditions. Each storage element variant is optimized for specific local path attributes (e.g., one variant for setup time critical paths, another for hold time critical paths), allowing the circuit to achieve optimal performance in each specific location rather than using a uniform approach throughout.

The patent introduces dynamics into the storage element selection process by making the optimization adaptable to different path conditions. The system dynamically selects appropriate storage element variants based on timing analysis results, allowing the circuit to achieve high speed performance while the complexity is managed through automated selection rather than manual design complexity.

The patent changes the parameters of storage elements to create specialized variants optimized for different timing attributes. By varying parameters such as setup time, hold time, and clock-to-output time characteristics, the system achieves improved circuit speed while the parameter variations are systematically managed through the optimization process rather than creating unmanageable design complexity.

The patent applies preliminary action by pre-characterizing and pre-optimizing multiple storage element variants for different timing attributes before actual circuit design. The specialized storage elements are prepared in advance with known timing characteristics, allowing designers to simply select the appropriate variant based on path requirements rather than performing complex optimization during manufacturing, thereby achieving timing precision without increasing manufacturing complexity.

The patent uses copying by creating multiple variants of storage elements that are based on a standard template but with modified parameters for specific attributes. Rather than designing entirely new complex structures for each specialization, the system copies the basic storage element design and adjusts specific parameters to create specialized variants, simplifying the overall development process while maintaining timing precision.