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.
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:
Red Hat Enterprise Linux running on Intel® processor-based servers
is helping companies cut TCO by up to 50 percent and more versus comparable UNIX/RISC solutions, while providing a better foundation for growth. This white paper outlines the key benefits of migration and provides a step-by-step guide to conducting a successful transition.
WHITE PAPER:
The Distributed Application Designer allows administrators to graphically define components which make up a service. Underlying is Operations Manager System Definition Model (SDM).
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.
PRESENTATION TRANSCRIPT:
Companies that use UNIX for business critical systems find value in its reliability, stability and memory management. Learn how not using UNIX can affect the performance and reliability of your business critical systems.
WHITE PAPER:
New IBM DB2 features make compatibility easy. In this guide, you’ll learn about native support for PL/SQL, new data types, scalar functions, improved concurrency, built-in packages, OCI, SQL*Plus, data movement tools, best practices and more—all designed to improve your ability to run applications on both DB2 and Oracle platforms
WHITE PAPER:
This paper examines the flexibility that WPARs offer IT professionals in their virtualized UNIX server environments and review how WPARs are different from other partitioning technologies.
