WHITE PAPER:
This critical white paper explains how an enterprise developer solution can help development teams improve the efficiency and effectiveness of IBM zEnterprise environments, streamlining the mainframe application development process.
WHITE PAPER:
IT organizations looking to improve service levels and drive down total costs for their most demanding workloads should take a closer look at the latest Intel® Xeon® processor 7500 series. Read this paper to learn more.
WHITE PAPER:
Read this paper to discover a next-generation data center platform that provides the compute, network, and storage access components, deployed as a single cohesive system, to complement the SAP NetWeaver architecture.
WHITE PAPER:
Access this crucial paper to get an in-depth look at a tool that brings contemporary capabilities to mainframe application development, enabling faster change and delivery of new business functions without mainframe resources.
WHITE PAPER:
Many legacy applications still contain valuable business information. But maintaining the mainframes that they reside on can quickly become cost-prohibitive. This white paper explores various mainframe alternatives, the concept behind rehosting, and a recommended market offering you can implement immediately.
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.
PODCAST:
Download this podcast to find out how IT workload automation can help you improve the efficiency of your overall operations and help your business deliver new applications more quickly.
EBOOK:
This book contains general information about improving performance for DB2 on z/OS and specific information about how BMC products help improve performance.
WHITE PAPER:
The new Hitachi Virtual Storage Platform delivers the best performance and capacity combined with lowest power consumption and lower cooling requirements, consuming up to 40% less power than its predecessor. Learn more.