WHITE PAPER:
Compared to classic hierarchical Ethernet architectures, Ethernet fabrics provide the higher levels of performance, utilization, availability and simplicity required to meet the business needs of data centers today and into the future.
WHITE PAPER:
In this white paper, we discuss eight IT-friendly software traits that minimize risk, maximize ROI, and encourage innovation. Although the focus of this paper is on contact center and web customer service software, the discussion is broad enough to be a valuable guide for any technology investment.
WHITE PAPER:
Access this white paper to learn about a new single integrated solution that can support all desktop and application virtualization architectures in your enterprise.
WHITE PAPER:
Discover why Citrix cloud solutions are a clear choice for leading cloud providers, helping them quickly and profitably build differentiated and flexible cloud solutions that are right for their business and their customers.
WHITE PAPER:
This paper presents a new, broad and all-encompassing multiplatform view of modernization in the context of applications, people and teams that will help you see where to begin, and where a comprehensive strategy might lead.
WHITE PAPER:
This paper analyzes the issues of conventional data warehouse design process and explains how this practice can be improved using a business-model-driven process in support of effective Business Intelligence.
WHITE PAPER:
Review this resource to learn a simple five-step action plan designed to enable IT execs to achieve effective SOA governance. Find out the right SOA governance plan can help you quickly and easily alleviate common SOA challenges.
WHITE PAPER:
The goal of this white paper is to help customers begin to formulate an idea of the hardware design for their OCS 2007 deployments on the HP BladeSystem.
WHITE PAPER:
Optimizing the benefits of a data grid built with Oracle Coherence relies upon creating a modular, balanced architecture. Matching the number of application servers, memory capacity, and quantity of processing nodes to the target workload characteristics is important to achieving the best performance.