Abstract
In the process of developing a high-performance system on a crystal, the standard design flow proposed by CAD suppliers has been substantially changed and expanded due to the application of new design methods and the use of independently developed custom blocks. These changes made it possible to solve the following important problems: optimization of the area, with the performance at the stage of synthesis being preserved up to 20%, which improves the quality of the placement and design routability during layout designing; construction of a power grid providing a voltage drop not greater than 6.6% of the rated voltage; automation of the process of reaching the required performance and optimization of a number of layout stages yielding a decrease by a factor of 2–3 in the time of routing and improving the design quality from the standpoint of such parameters as noise immunity and performance.
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