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:
Download a complimentary copy of the IBM BladeCenter e-kit which contains white papers, videos and case studies featuring real-life success stories.
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:
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.
WHITE PAPER:
This paper outlines the trends in the industry relating to blade server deployments, the challenges relating to systems management and power and cooling in that computing environment, and HP's approach to addressing those challenges.
WHITE PAPER:
This white paper explains why more and more companies are adopting a unified approach to data centre management and offers detailed guidance to help them address concerns over capacity planning, application performance, server sprawl, and more.
WHITE PAPER:
The System x eX5 family provides not only the performance, but also the flexibility necessary to address businesses most pressing needs: Performance and cost savings, all in one package. This white paper shows how listening to customers priorities helped the IBM System x team achieve their goal.
WHITE PAPER:
Energy Logic is a vendor-neutral roadmap for optimizing data center energy efficiency that starts with the IT equipment and progresses to the support infrastructure. This paper shows how it can deliver a 50 percent or greater reduction in data center energy consumption without compromising performance or availability.
