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

By Steve Kilts

This booklet offers the complicated problems with FPGA layout because the underlying subject of the paintings. In perform, an engineer generally has to be mentored for a number of years ahead of those rules are correctly applied. the themes that might be mentioned during this ebook are necessary to designing FPGA's past average complexity. The target of the ebook is to offer useful layout ideas which are another way merely to be had via mentorship and real-world event.

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6 . . . . . SUMMARY OF KEY POINTS Clock control resources such as the clock enable flip-flop input or a global clock mux should be used in place direct clock gating when they are available. Clock gating is a direct means for reducing dynamic power dissipation but creates difficulties in implementation and timing analysis. Mishandling clock skew can cause catastrophic failures in the FPGA. Clock gating can cause hold violations that may or may not be corrected by the implementation tools. To minimize the power dissipation of input devices, minimize the rise and fall times of the signals that drive the input.

IReset) sr <= 0; else sr <= {sr[14:0], iDat}; IMPLEMENTATION 2 : No Reset always @(posedge iClk) sr <= {sr[14:0], iDat}; The differences between the above two implementations may seem trivial. In one case, the flip-flops have resets defined to be logic-0, whereas in the other implementation, the flip-flops do not have a defined reset state. The key here is that if we wish to take advantage of built-in shift-register resources available in the FPGA, we will need to code it such that there is a direct mapping.

Clocks are even more sacred in FPGAs than they are in ASICs, and thus there is less flexibility relative to creative clock structures. When a clock is gated even in the most trivial sense, the new net that drives the clock pins is considered a new clock domain. This new clock net will require a low-skew path to all flip-flops in its domain, similar to the system clock from which it was derived. For the ASIC designer, these low-skew lines can be built in the custom clock tree, but for the FPGA designer this presents a problem due to the limited number and fixed layout of the low-skew lines.

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