CMS Development for Silicon Labs

Challenge: De-centralized content managment system software

Silicon Labs required a more flexible framework to enable frequent and simultaneous worldwide product releases, centralized content management system software for channel partners, lead generation based on website traffic in multiple localized languages, and improved site search capability. They knew they'd need more robust content management system software to accomplish these goals, and previous efforts at CMS development had not met their needs.

Solution: Autonomy and Documentum content management solutions

Perficient utilized Documentum content management solutions as the document repository to provide security, versioning, rule-based workflow and approval processes and more. In addition, Perficient's CMS development team utilized BEA Portal with Autonomy as the presentation layer to support content delivery, provide the ability to deliver globalization and future ability for localization, increase efficiency and accuracy for content, and accessibility via search in all supported languages. These content management solutions worked together to provide structure and support for multiple sites within a single platform.

Features

  • Created an architectural foundation that leverages portal technology with catalog/commerce integration for a flexible, scalable, and reusable framework
  • Incorporated content translation with automated workflow to translation houses in seven languages
  • Provides full partner channel management with promotional offers and partnerspecific pricing

Benefits

  • Delivery of full technical specifications to customers in local language with fully localized search
  • Ability to quickly release new products on all worldwide sites via more centralized content management system software
  • Leverages profile management system for pricing, promotions, and analytics

Read about how Perficient implmented a CMS System for Aramark.

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Based in Austin, Texas, Silicon Laboratories designs and develops analog-intensive, mixed-signal integrated circuits for a broad range of applications.
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