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CAD/CAM/CAE : electronic design automation, 1992 - Archive Server

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The Design Process 3^<br />

forces acting upon the <strong>design</strong> wedge are the critical factors to<br />

market success discussed previously. These forces, or vectors, act<br />

upon the <strong>design</strong> wedge and contribute to the overall shape of the<br />

<strong>design</strong> process. The two characteristics that define a vector—<br />

direction and magnitude—^are equally valid in describing market<br />

forces and impact upon the <strong>design</strong> wedge. For example, the timeto-market<br />

vector will tend to decrease the length of the wedge<br />

along the x-axis, while increasing system speed will necessitate an<br />

expansion in the <strong>design</strong> flexibility axis, as <strong>design</strong>ers pursue alternate<br />

<strong>design</strong> styles and process technologies to decrease signal<br />

delays.<br />

The percent of time spent in each of the steps in the <strong>design</strong> cycle<br />

for each geographic region is shown in Figure 3-9. While subtle<br />

differences exist in the <strong>design</strong> styles and the amount of time spent<br />

on each step, these differences may be statistically insignificant<br />

overall.<br />

Definition of Design Specification and System<br />

Partitioning<br />

The following inferences can be drawn, based on the results of our<br />

survey:<br />

• Consumes more than one-fifth of the overall <strong>design</strong> cycle<br />

• System architects rank only behind digital <strong>design</strong>ers in<br />

population<br />

• Design specification and system partitioning is most flexible<br />

portion of the <strong>design</strong> cycle<br />

The <strong>automation</strong> of system-level <strong>design</strong> is one of the few untapped<br />

wells in <strong>electronic</strong> <strong>design</strong> <strong>automation</strong>. The time spent on this portion<br />

of the <strong>design</strong> process, in addition to the number of self-labeled<br />

system architects, makes this area an enticing target to companies<br />

that can provide properly <strong>design</strong>ed <strong>automation</strong> tools. Dataquest<br />

foresees significant opportunity in this area, and indeed a few companies<br />

have targeted this area for products that will be introduced<br />

in the next 6 to 12 months.<br />

Logic Design and Verification<br />

The following conclusions can be drawn from our survey:<br />

• Consume the most of the <strong>design</strong> cycle<br />

• Has the largest population of engineers<br />

o Digital <strong>design</strong>ers<br />

o Simulation and verification support engineers<br />

• Has the largest numbers of EDA tools<br />

o Design entry<br />

o Logic synthesis<br />

o Verification tools<br />

C<strong>CAM</strong>-EDA-UW-9201 ©<strong>1992</strong> Dataquest Incoiporated November 30, <strong>1992</strong>

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