WHITE PAPER:
IT budgets are not expected to recover anytime soon, so companies need to adjust to the reality of using fewer resources to deliver business services. This white paper explains how you can accomplish this seemingly impossible objective by running your critical workloads on Linux.
WHITE PAPER:
Organizations are considering migrating to Linux to receive dramatic cost reductions, as well as increased stability, security, uptime, and availability. Red Hat® Network Satellite helps to make the migration from a proprietary UNIX environment—and acceptance of Linux...
WHITE PAPER:
Considering adopting second-vendor virtualization to increase diversity, data center power and agility? This resource describes the appeal of open source solutions over proprietary vendor solutions.
WHITE PAPER:
This whitepaper will help you learn more about private cloud solutions and examines the Red Hat Enterprise Linux OpenStack Platform as a cost-effective, open-source cloud solution for your business.
WHITE PAPER:
Read this white paper to learn about a new network satellite server that can help you simplify and improve Linux management while reducing costs.
WHITE PAPER:
Access this white paper to discover how Red Hat Enterprise Virtualization (RHEV) on HP ProLiant servers can offer performance scalability and security at a lower cost than proprietary virtualization solutions.
WHITE PAPER:
This report by industry analyst International Technology Group evaluates how organisations can reduce IT costs by employing IBM Power Systems and PowerVM verses competitive offerings from HP and Sun Microsystems. Cost savings range from 43 to 65% and are based on client data.
WHITE PAPER:
This white paper examines the results of a CIO poll and reveals how IT departments are dealing with the obstacles associated with deploying OpenStack, one of today’s most popular open source architectures.
WHITE PAPER:
In this resource, learn how one organization moved its SAP applications to a virtualized SUSE Linux Enterprise Server to improve the availability and performance of mission-critical services while significantly reducing infrastructure costs.
