ASSESSMENT TOOL:
This assessment tool compares the projected costs of growing and maintaining a current Unix based server environment with the costs of migrating to a Red Hat Enterprise Linux server environment.
WHITE PAPER:
This resource analyzes three of today's top platforms, IBM Power, x86, and UNIX, revealing how their built-in security components fared based upon both business and technical perspectives.
WHITE PAPER:
In this informative study, find out the real-word impact of deploying SAP on IBM's Power platforms, as opposed to SAP on HP x86, Dell x86 and HP Itanium, all running with Oracle DB.
WHITE PAPER:
This white paper provides high-level guidelines for assessing cost and complexity of a Linux migration and provides tips for planning a smooth, successful and strategic transition. Discover how your organization can add value to its IT infrastructure with the use of open source software.
PRESENTATION TRANSCRIPT:
In this presentation transcript learn why moving to Unix can help address concerns of uptime, flexibility and improved service levels when managing mission critical systems.
WHITE PAPER:
The x86 architecture has proven to be the dominate platform in enterprise computing, moving from its humble beginnings in desktop systems to now, powering the large enterprise applications that run businesses across the globe.
WHITE PAPER:
Access this white paper to discover how one leading animation studio uses Linux to enable rapid and cost-efficient scalability of computing and resources for high-performance compute (HPC) workloads. Learn how your organization can reduce your data center footprint and enhance reliability by using this Linux platform.
WHITE PAPER:
This Gabriel Consulting report research report focuses on the survey results and discusses IBM’s Power Systems virtualization milestones and touches on the implications for the Unix server market.
WHITE PAPER:
Access this exclusive paper to discover how communication giant Verizon migrated to Linux and reduced costs, improved performance, increased scalability and improved energy conservation.
