WHITE PAPER:
The pressure to improve data center efficiency is nothing new. In fact, this demand has been growing for over a decade. This resource describes the key elements of effective IT management and compares the offerings of two key players in the market.
EGUIDE:
This expert e-Guide discusses how HP developed a blade server to add to their high performance computing portfolio (HPC) and that has the ability to simplify configuration, deployment and management for HPC clusters.
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.
WHITE PAPER:
If you’re looking for ways to create a dynamic infrastructure, look no further. This brochure shows how IBM System x and BladeCenter servers help to deliver an infrastructure that reduces operating costs, manages present and future risk, and improves services.
WHITE PAPER:
Access this white paper to discover ten cooling solutions to support high-density server deployment. These strategic approaches can help you increase cooling efficiency, cooling capacity and power density.
PRESENTATION TRANSCRIPT:
SearchStorage.com editors interviewed industry experts Howard Marks, Terri McClure and Andrew Reichman to get their reactions to Dell Inc. launching the Dell EqualLogic PS-M4110 Blade Arrays at Dell Storage Forum 2012.
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.
WHITE PAPER:
Read this white paper to see how IBM® System x® and IBM BladeCenter® servers can offer an outstanding platform for virtualization and consolidation.
WHITE PAPER:
This Intel paper analyzes the effects of various factors on the utilization of the primary server resources: compute, memory and I/O. The analysis shows that 4-socket servers, which provide greater headroom than 2-socket servers, may be preferable in a number of situations.
