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ETS options for advantages that include test data management and report generation. This need results from the extensive characterization efforts associated with IC design, characterization, validation, and verification. ETS accelerates design improvements through test system management and version
228:—The engineer manages the flow of activities between test, repair, and assembly stations, and enforces or suggests how a set of work instructions are to be applied. This application is designed to orchestrate product test strategies from
250:, tolerances, test sequences, and software being used by each test system, as well as distribute new updates electronically in real-time. Engineers can update their test systems automatically, in synch with their new releases.
214:—In this application, the engineer collects, stores, aggregates, distributes, and shares product and test data in a central database. One significant advantage of ETS is reported to be product
144:(OEM). It typically replaces a cumbersome, unsophisticated, test management infrastructure that manufacturers have to redesign for every new product launch. Some large companies, such as
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difficulties and error-prone updates of new product and test system releases, by sharing information with other departments and remote
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department. It is designed to integrate and synchronize test systems to other enterprise functions such as
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subcategories, ETS represents an evolution away from custom-made, in-house software development by
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Test asset management—This application is intended to help design and test engineers track
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electronically. It is designed to offer real-time visibility over global test operations.
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unrelated to device characterization, and can thereby accelerate test system development.
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ETS supports test system development and can be interconnected with
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Multi-site collaboration—This purpose of this application is avoid
180:(PLM) software packages to eliminate double-data entry and enable
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ETS covers five major enterprise-wide test applications.
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information sharing throughout all company departments.
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Test and automation—By using ETS in conjunction with
46:but its sources remain unclear because it lacks
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108:enterprise-wide, rather than simply in the
104:and other manufacturers use to standardize
203:, design and test engineers avoid custom
77:Learn how and when to remove this message
16:Software testing and quality control tool
363:World Intellectual Property Organization
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160:and Freescale Semiconductor choose
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188:Enterprise-wide test applications
142:original equipment manufacturers
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341:(white paper), February 2006
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276:Enterprise resource planning
178:product lifecycle management
174:enterprise resource planning
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271:Enterprise Data Management
407:Electronics manufacturing
266:Electronic test equipment
347:University of California
261:Commercial off-the-shelf
162:commercial off-the-shelf
118:new product introduction
114:research and development
90:Enterprise test software
32:This article includes a
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61:more precise citations.
402:Electronic engineering
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379:Evaluation Engineering
371:Evaluation Engineering
355:Evaluation Engineering
248:product configurations
241:contract manufacturers
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205:software programming
308:Wall Street Journal
281:Enterprise software
138:enterprise software
324:2007-08-18 at the
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53:Please help
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176:(ERP), and
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102:electronics
59:introducing
391:Categories
297:References
230:validation
136:Like most
67:March 2008
237:time zone
220:prototype
182:real-time
165:control.
322:Archived
255:See also
210:Product
98:software
365:, 2002
302:General
172:(MES),
146:Alcatel
132:Details
120:(NPI),
55:improve
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