TECH DIGITAL RESOURCE LIBRARY

TeamQuest Corporation

TeamQuest is the global leader in IT Service Optimization software, specializing in Capacity Management. TeamQuest helps IT organizations consistently meet service levels while minimizing costs and mitigating risks. By combining performance data and business metrics, TeamQuest software enables IT organizations to provide accurate, objective information as input to critical business decisions. Companies around the world trust TeamQuest software to help them proactively improve service delivery and support best practices.

Our Website: http://www.teamquest.com/


Latest Content From TeamQuest Corporation

Video: 5 Habits of Highly Successful Capacity Planners

by TeamQuest CorporationNov 01, 2008

Discover the five habits of highly successful capacity planners. TeamQuest Best Practices Manager Ron Potter shares his thoughts and experiences - and those from other IT veterans - on what it takes to be successful in the capacity planning discipline.


Video: How to Model Multi-Threaded CPUs

by TeamQuest CorporationOct 01, 2008

Chip vendors are turning to multi-threaded architectures. If your capacity planners don�t have the modeling tools to support this, you could be inviting problems. Join Principal Engineer Scott Johnson in this whiteboard vidcast as he demos "How to model multi-threaded CPUs." Johnson explains how these chips are architected and why they're important. Then, watch as Johnson uses TeamQuest Model in a real world scenario to show just how easy it is to model multi-threaded CPUs.


Whitepaper: Tool Streamlines Cross-Platform Capacity Planning

by TeamQuest CorporationOct 01, 2008

TeamQuest Model streamlines the process of predicting the effect of cross-platform migrations. Thorough capacity planning exercises require the evaluation of alternative configuration, and a good capacity planning tool makes it quick and easy to evaluate alternatives.


Whitepaper: Modeling Multi-Threaded Processors

by TeamQuest CorporationOct 01, 2008

Recently chip manufacturers added additional threads to the processors to further increase efficiency of the chips. The added capacity of multi-threaded processors is welcomed but they provide some challenges for the capacity planner. As work is added to a system, multi-threaded CPU cores perform differently from multiple single-threaded CPU cores in a symmetric multiprocessing (SMP) environment. The meaning of per-process CPU time measurements depends upon chip technology, therefore measurement results and expected future performance may not be intuitively obvious any more. This paper explains a conceptual architecture developed for modeling multi-threaded processors and the new functionality provided in TeamQuest Model to support multithreaded processors. A modeling example using Linux on Intel chips will be provided to aid your understanding.