Advanced FPGA Design: Architecture, Implementation, and - download pdf or read online

By Steve Kilts

ISBN-10: 0470054379

ISBN-13: 9780470054376

This booklet presents the complicated problems with FPGA layout because the underlying subject of the paintings. In perform, an engineer commonly has to be mentored for a number of years prior to those rules are correctly applied. the subjects that would be mentioned during this booklet are necessary to designing FPGA's past reasonable complexity. The aim of the ebook is to provide sensible layout options which are differently simply to be had via mentorship and real-world event.

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Extra resources for Advanced FPGA Design: Architecture, Implementation, and Optimization

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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.

Dual-edge triggered flip-flops provide a mechanism to propagate data on both edges of the clock instead of just one. This allows the designer to run a clock at half the frequency that would otherwise be required to achieve a certain level of functionality and performance. Coding a dual-edge triggered flip-flop is very straightforward. The following example illustrates this with a simple shift register. Note that the input signal is captured on the rising edge of the clock and is then passed to dual-edge flip-flops.

2 Clock skew. delay þ flip-flop setup time. A signal can only propagate between a single set of flip-flops for every clock edge. The situation between the second and third flipflop stages, however, is different. Because of the delay on the clock line between the second and third flip-flops, the active clock edge will not occur simultaneously at both elements. Instead, the active clock edge on the third flip-flop will be delayed by an amount dC. If the delay through the logic (defined as dL) is less than the delay on the clock line (dC), then a situation may occur where a signal that is propagated through the second flip-flop will arrive at the third stage before the active edge of the clock.

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

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