Printer-friendly display

Search



Copyright © 2009, Globetech
Privacy Policy | Access to and use of this Web Site is subject to these Terms of Use
Home > Resources > Papers

Papers by Globetech Solutions and Partners

Please select from these available resources

This article describes the test wrapper implementation of a popular embedded microprocessor, along with an automated approach for verifying the wrapper's compliance to the standard.
STIL Verifier: Post-Silicon Functional Test Automation within Cadence Incisive [Download - application/pdf]
Earlier this year, Globetech Solutions announced STIL Verifier, the industry’s fastest route from functional verification to functional silicon test and debug. STIL Verifier aims at extending verification capabilities into the post-silicon validation domain. Its goal is also to leverage verification environment constructs, process data, and design knowledge to increase effectiveness and reduce cost during debug, validation, and volume test of semiconductor devices.
Incisive Enterprise Scenario Builder Inceases Value and Verification IP Reuse [Download - application/pdf]
In this article, publised in the Cadence Incisive Newsletter, we discuss the clear advantages Scenario Builder offers to the VIP ecosystem, as well as how VIP providers can leverage Scenario Builder to extend benefits to the end user.
Systematically Implementing Late Engineering Changes on Your Project: Do's and Don'ts [Download - application/pdf]
Partner Pick
Project management and automation are quickly becoming the most critical elements in the overall design and verification process. The most effective verification management strategy requires that design teams focus on some key features for success.
Designing a CE-ATA Verification Environment for SoC Applications [Download - application/pdf]

In this paper we describe a verification environment developed for the emerging CE-ATA interface that can be used as a plug-n-play verification component into any SoC that implements a CE-ATA bus. The paper was presented at IP/SoC 2005, Grenoble, France.

A Unified DFT Verification Methodology [Download - application/pdf]
This paper introduces a unified DFT Verification Methodology, aimed at providing a complete, methodical and fully automated path from test specification to DFT closure. We will also examine the benefits of this approach, looking at how this methodology can help bridge the widening gap between design and test.
How are you planning to verify all that DfT? [Download - application/pdf]
This brief article discusses how to plan DFT verification against test intent, ensure compatibility with standards and functional correctness, and create a complete, methodical, and fully automated path from specification to closure.

  |<   <   1   2   >   >|

Sort by Date Title