The single cycle design approach in Etchells is not always applicable to designing logic circuits,
therefore, some circuits described in Etchells will be synthesized into a multi cycle design article
description.
Now the question is how can we optimize a multi cycle RFL circuit?
This section will answer this question by introducing hardware pipeline optimization.
This section's main goal is to introduce the function pipelining concept in Etchells to optimize a multi
cycle hardware description to achieve this goal.
This section will define the function pipelining and Etchells and a few performance metrics to evaluate
designs.
These are the objectives of this section, understanding the function pipelining in Etchells, applying
the function pipelining to motorcycle designs, evaluating the pipeline design.
This section consists of seven lectures, this video as the first lecture clarifies the goal of this
section and it's a structure.
The next lecture will define and introduce the concept of function pipelining and Etchells.
They should be the motorcycle designer, Nicholas will be explained in lecture three.
And three approaches are proposed to cope with this issue.
How to use the function pipelining invite to such a list is explained in the fourth lecture.
Lecture five will introduce a few performance metrics to evaluate pipelined Etchells Description's Lecture
six will put all the concepts together to propose an efficient implementation for an infinite impulse
response IRR filter.
The last lecture, as usual, gives you a couple of exercises to master the techniques explained throughout
the section.
After finishing this section, you will be able to utilize function pipelining, optimization initialised,
evaluate a pipeline description initialised and compare that with other implementations.
The next lecture will explain the concept of function pipelining fleshless.
These are our takeaway messages.
Dealing with motorcycle designs is essential function pipelining is a technique to provide a high performance
motorcycle design.
Now the question, what is the difference between single cycle and multi cycle design implementations?