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

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• Growth will be relatively unaffected by the<br />

advent of the EC. The effects of <strong>1992</strong> will<br />

be evolutionary, not revolutionary. Growth<br />

is expected for European vendors as they<br />

expand into other European markets. To<br />

date, many European vendors have competed<br />

often only in their country of origin.<br />

During the next forecast period, European<br />

vendors increasingly -will expand their operations<br />

to become more competitive across<br />

the European community. Furthermore,<br />

German companies and German subsidiaries<br />

of international companies increasingly are<br />

expanding into Eastern European countries.<br />

Asian Forecast Drivers<br />

The Asian market grew 4 percent in 1991 to<br />

$4.0 billion and its forecast CAGR for revenue<br />

is 7 percent through 1996. The main issues<br />

driving the Asian forecast are as follows:<br />

• In Japan, unexpected sluggishness has<br />

resulted from an abrupt end to the long<br />

boom of private fixed investment. This has<br />

followed a marked erosion of business confidence,<br />

partly associated with a continued<br />

unwinding of speculative activities in asset<br />

markets. <strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong>/GIS market growth<br />

will be limited in the short term as Japan<br />

recoups from these recent changes.<br />

• Shifting labor costs will affect growth among<br />

countries. Labor costs in Japan, Korea,<br />

Taiwan, and Hong Kong will continue to<br />

increase, which will result in growing<br />

demand for productivity tools including<br />

<strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong>/GIS. Industries with bluecollar<br />

workers will transfer operations to<br />

Indonesia, Malaysia, the Philippines,<br />

Thailand, and the Republic of China; Japan,<br />

Korea, Taiwan, and Hong Kong will grow<br />

based on the work of the white-collar<br />

workers. Remote <strong>design</strong> and manufacturing<br />

sites also will encourage the growth of<br />

<strong>electronic</strong>-data sharing and thus <strong>CAD</strong>/<strong>CAM</strong>/<br />

<strong>CAE</strong>/GIS across Asia.<br />

• Growth is less likely in some Asian countries<br />

because of the lack of stringent<br />

intellectual property rights. Most Asian countries,<br />

with the exception of Japan, have few<br />

laws governing intellectual property rights.<br />

Many companies will be hesitant to invest<br />

or set up operations in a region -where they<br />

will receive no <strong>design</strong> protection.<br />

<strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong>—^Electronic Design Automation Applications<br />

Applications<br />

Table 2 shows the <strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong>/GIS market<br />

software revenue forecast by application, as<br />

well as the forecast change in mix between<br />

bundled and unbundled software revenue.<br />

Figure 3 shows the <strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong>/GIS forecast<br />

by application.<br />

Mechanical<br />

©<strong>1992</strong> Dataquest Incorporated October—Reproduction Proliibited<br />

The mechanical software market grew 7 percent<br />

in 1991, and its forecast CAGR for the<br />

1991 to 1996 period is 5 percent. The main<br />

issues driving the mechanical forecast are as<br />

follows:<br />

• Mechanical <strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong> indispensability<br />

is increasing. Market pressures to produce<br />

higher-quality, ergonomically correct <strong>design</strong>s<br />

with shorter production cycles is making<br />

mechanical <strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong> a necessity in all<br />

manufacturing industries. Several recent enduser<br />

surveys indicate the levels of drafting,<br />

conceptual, and detail <strong>design</strong> work done<br />

with mechanical <strong>CAD</strong>/CAJVI/<strong>CAE</strong> tools have<br />

surpassed 90 percent at many sites. The<br />

use of mechanical <strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong> tools in<br />

various departments also has high-market<br />

penetration. As the complexity of the <strong>design</strong><br />

increases, the need to share information<br />

increases, and the benefits of <strong>automation</strong><br />

improve dramatically. This results in an<br />

increase in the level of indispensability.<br />

• Integration 's driving significant savings. A<br />

hidden benefit when all potential users<br />

at a site have ftill access to mechanical<br />

<strong>CAD</strong>/<strong>CAM</strong>/<strong>CAE</strong> comes from the elimination<br />

of redundant processes or systems. Unfortunately,<br />

this is difficult to accomplish in a<br />

mechanical <strong>design</strong> and manufacturing environment<br />

because so many people need to<br />

have access to some part of the engineering<br />

database. It is difficult to even identify<br />

everyone, let alone actually set up a system<br />

that totally replaces the manual operation;<br />

but, it is happening. Slowly, a number of<br />

users are building integrated systems that<br />

effectively share engineering data between<br />

departments and supplier companies. Some<br />

vertical markets have taken this to the level<br />

of implementing standards for the sharing<br />

of data for a whole industry. The German<br />

automobile industry is a good example.

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