WHITE PAPER:
Check out this concise white paper to find out the key features of this blade chassis that will help you construct your IT infrastructure, as well as a complete list of its technical specifications.
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.
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:
Read this Product Guide on the IBM BladeCenter HS22 reviewing the versatile, easy-to-use blade optimized for performance, energy and cooling.
WHITE PAPER:
IT organizations that find server deployment complex and inefficient are looking at new options, such as HP's BladeSystem Matrix. Using this converged infrastructure approach, organizations can reduce acquisition costs for servers, storage and network infrastructure, while reducing total cost of ownership.
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.
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 details converging IT resources in your data center to minimize data center footprint, heighten scalability, and centralize management. Discover an innovative solution that enriches these consolidated environments with advanced, virtualized storage in a blade form factor.
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.
