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Desynchronized circuits outperform the synchronous counterparts in power, performance, robustness according to many studies, and delay elements are important components by mimicking the critical path delay of two arbitrary correlated latches to act as completion detection logic. In classical design flow, the critical path delay is derived through static timing analysis (STA); however, this approach...
Since the end of 2008, the first FPGAs based on asynchronous logic cells are commercially available. Although the internal logic of the FPGA fabric is based on pure asynchronous logic, the design style for asynchronous FPGAs does not differ from that of classical FPGAs. The design for asynchronous FPGAs can be synthesized in the same way as for synchronous FPAGs from register transfer level based...
As CMOS technology enters sub-micron era, a large number of intelligent properties (IPs) are integrated on a single chip (SoC). The communication patterns become difficult to model. At the same time, as transistors become small and wires become narrow, delays are becoming more and more unpredictable. The factors greatly challenge traditional on-chip buses and point-to-point interconnects because of...
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