EZINE:
“Workloads in transition” is one way to characterize virtualization, which ranges from physical-to-virtual to virtual-to-virtual and virtual-to-physical. Although each type of migration has its advantages, it has its challenges too. Find out where potential problems lurk, and keep them from dragging down your process.
CASE STUDY:
This case study provides details of real-world best practices in IT consolidation to turn a data center from a burdensome cost center to a strategic asset with robust security, enhanced business continuity and reduced operating expenses.
WHITE PAPER:
If you are considering upgrading from a current bladed or non-bladed server design to a next generation server, this white paper is intended to highlight some of the capabilities of the HP Integrity server blades to aid in your evaluation.
WHITE PAPER:
Oracle’s Sun Blade 6000 Modular System was designed from the ground up to deliver far greater efficiency than a corresponding set of rack-mount servers. That’s part of the equation that is making IT organizations everywhere consider blade systems as part of their strategy in battling the space, power, and cooling crunch.
EGUIDE:
This expert e-guide provides a comparison of blade and rack servers. Find out what key factors you should consider in your hardware decision and learn how to prevent sprawl through effective server consolidation.
CASE STUDY:
Access this exclusive case study and learn how an HP management software helped one organization increase scalability and application performance while reducing data center space, power needs and costs.
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:
This white paper explores the key server components that influence power consumption. Get detailed guidance on data center planning, architecture, server implementation, and management so you can ensure maximum performance and power utilization.
