By Steve Kilts
This ebook offers the complex problems with FPGA layout because the underlying topic of the paintings. In perform, an engineer usually should be mentored for numerous years earlier than those rules are properly applied. the themes that may be mentioned during this e-book are necessary to designing FPGA's past reasonable complexity. The target of the ebook is to provide useful layout recommendations which are in a different way simply to be had via mentorship and real-world event.
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Additional resources for Advanced FPGA Design: Architecture, Implementation, and Optimization
The penalty for unrolling an iterative loop is a proportional increase in area. A low-latency architecture is one that minimizes the delay from the input of a module to the output. Latency can be reduced by removing pipeline registers. The penalty for removing pipeline registers is an increase in combinatorial delay between registers. Timing refers to the clock speed of a design. A design meets timing when the maximum delay between any two sequential elements is smaller than the minimum clock period.
4 DUAL-EDGE TRIGGERED FLIP-FLOPS Due to the fact that power dissipation is proportional to the frequency that a signal toggles, it is desirable to maximize the amount of functionality for each toggle of a high fan-out net. Most likely, the highest fan-out net is the system clock, and thus any techniques to reduce the frequency of this clock would have a dramatic impact on dynamic power consumption. Dual-edge triggered ﬂip-ﬂops provide a mechanism to propagate data on both edges of the clock instead of just one.
SUMMARY OF KEY POINTS A high-throughput architecture is one that maximizes the number of bits per second that can be processed by a design. Unrolling an iterative loop increases throughput. The penalty for unrolling an iterative loop is a proportional increase in area. A low-latency architecture is one that minimizes the delay from the input of a module to the output. Latency can be reduced by removing pipeline registers. The penalty for removing pipeline registers is an increase in combinatorial delay between registers.