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

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3-4 <strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong>—Electronic Design Automation Applications<br />

Semiconductor vendors are in the best position to provide models, yet<br />

they are reluctant to do so, as they feel it has limited impact on their<br />

bottom-line financials. As proof, witness the recent Digital Equipment<br />

Corporation/Cadence announcement on the Alpha chip model. While<br />

Digital did lend its chip expertise, it is Cadence that is doing the sales<br />

and marketing of the model.<br />

Design Verification<br />

Observing 1989 through 1991, digital <strong>design</strong> verification seem to be<br />

as stagnant as schematic capture. However, there is an interesting<br />

dynamic taking place underneath the top-line numbers. Gate-level<br />

simulators are being swapped out by mixed-level simulators, which<br />

correlates to the rapid growth in HDL-<strong>design</strong> entry tools.<br />

Static timing analysis continues to stumble due primarily to technical<br />

limitations. The tools to date have not been effective at separating<br />

erroneous timing problems from actual timing issues.<br />

Logic Syntiiesis<br />

Qearly, logic synthesis has been the shining star for the past three<br />

years. Synopsys is the dominant player in the market and rode the<br />

synthesis wave into a wildly successful initial public offering in <strong>1992</strong>.<br />

Piggybacked onto the success of logic sjmthesis has been high-level<br />

<strong>design</strong> entry and mixed-level simulation. In 1991 we saw a reduction<br />

in the hypergrowth previously experienced as new offerings from a<br />

slew of software vendors introduced pricing pressure and longer<br />

product-evaluation cycles.<br />

Test Automation<br />

Test <strong>automation</strong> continues to bump along at the $30 to $40 million<br />

range. Fault simulation took a big hit as its main industry sector,<br />

Military and Aerospace, suffered from the "peace dividend."<br />

Even with its lackluster performance, the test <strong>automation</strong> market has<br />

been inundated with new products aimed at ATPG and test-logic synthesis.<br />

The apparent lack of growth can be attributed to the following<br />

factors:<br />

• The tools and technologies offered to the market are expensive and<br />

limited in scope.<br />

• The tools and technologies offered to the market have thus far not<br />

been well-integrated into the <strong>design</strong> flows and environments of<br />

<strong>electronic</strong>s manufacturers.<br />

• The primary market has been ASIC <strong>design</strong>, and the average size of<br />

ASIC <strong>design</strong> has just recently crossed the 20,000 gate mark. Thus,<br />

the need for advanced tools has been limited.<br />

• Except within the Military and Aerospace market, test traditionally<br />

has not been built into the <strong>design</strong> methodologies of <strong>electronic</strong>s<br />

manufacturers.<br />

October 12,<strong>1992</strong> ©<strong>1992</strong> Dataquest Incorporated C<strong>CAM</strong>-EDA-MT-9201

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