The Synplify Premier solution's graph-based physical synthesis technology merges optimization, placement, and routing to generate a fully placed and physically optimized netlist, providing rapid timing closure and a 5 - 20% timing improvement. With larger designs, more third-party IP, globally-distributed design teams, and increasing performance and power challenges, the demands on synthesis technology are greater than ever. The notion of distance then changes to a measure of delay and availability of wires. In graph-based physical synthesis, pre-existing wires, switches, and placement sites used for routing an FPGA can be represented as a detailed routing resource graph. Unlike ASICs, proximity does not imply better timing in FPGAs. Invented by Synplicity, graph-based physical synthesis improves timing closure by means of a single-pass physical synthesis flow for 90nm FPGAs. The Synplify Premier software dramatically accelerates the debug process and provides a rapid and incremental method for finding elusive design problems. In addition, the Synplify Premier product offers FPGA Designers and ASIC Prototypers the most efficient method of in-system verification of FPGAs. The highly accurate correlation between the Synplify Premier product’s timing estimates and final design timing enables more aggressive optimization resulting in improved device performance. The Synplify Premier tool’s graph-based physical synthesis technology addresses timing closure by merging optimization, placement, routing and generates a fully placed and physically optimized design ready for final routing using the FPGA vendor routing tool. It builds upon Synplicity’s industry-leading synthesis technology by adding graph-based physical synthesis and real-time simulator-like visibility into operating FPGA devices. Synplicity’s Synplify Premier Linux software is the ultimate FPGA timing closure and debug solution.

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