Advanced FPGA Design: Architecture, Implementation, and by Steve Kilts

By Steve Kilts

This e-book offers the complicated problems with FPGA layout because the underlying topic of the paintings. In perform, an engineer ordinarily should be mentored for numerous years sooner than those ideas are thoroughly applied. the themes that would be mentioned during this e-book are necessary to designing FPGA's past average complexity. The target of the publication is to offer functional layout concepts which are in a different way in simple terms to be had via mentorship and real-world adventure.

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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.

15. 15, a resetable flip-flop was used for the asynchronous reset capability, and the logic function (OR gate) was implemented in discrete logic. 16. In this implementation, the synthesis tool was able to use the FDS element (flip-flop with a synchronous set and reset) and use the set pin for the OR operation. Thus, by allowing the synthesis tool to choose a flip-flop with a synchronous set, we are able to implement this function with zero logic elements. 15 Simple asynchronous reset. 16 Optimization without reset.

Adding register layers improves timing by dividing the critical path into two paths of smaller delay. Separating a logic function into a number of smaller functions that can be evaluated in parallel reduces the path delay to the longest of the substructures. By removing priority encodings where they are not needed, the logic structure is flattened, and the path delay is reduced. Register balancing improves timing by moving combinatorial logic from the critical path to an adjacent path. Timing can be improved by reordering paths that are combined with the critical path in such a way that some of the critical path logic is placed closer to the destination register.

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