Abstract
Rapid evolution of programmable logic device (PLD) architectures and the increasingly demanding requirements to meet with high-density and high-performance PLD designs call for a new generation of PLD synthesis tools to support many important capabilities not available in the existing synthesis tools. In this paper, we analyze the synthesis challenges and opportunities in supporting next-generation high-performance and high-density PLDs. We classify these challenges into two categories: (i) those implied from the advance of PLD architectures, including synthesis for hierarchical architectures and synthesis for heterogeneous architectures, and (ii) those driven by the requirements for high-density and high-performance PLD designs, including layout-driven synthesis, incremental synthesis, and IF-based synthesis. We shall discuss existing and/or potential solutions to these problems and outline research opportunities and directions for the development of next-generation PLD synthesis systems.
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