WHITE PAPER:
Access this exclusive study to learn how an energy company improved SAP platform response time, reduced infrastructure costs and built a standardized, scalable platform with high availability by switching to standard servers running on in a Linux environment.
EGUIDE:
Access this essential e-guide from our editors to discover how migrating from Unix to Linux platform can increase flexibility while reducing overall licensing costs. Also, get implementation tips for porting, upgrading and testing applications for optimal stability and performance.
WHITE PAPER:
CIOs are increasingly aware that the Linux® platform offers a low-risk, robust, and value-for-money alternative to traditional UNIX® platforms. This whitepaper will list and describe a simple, six-step process for migrating from UNIX to Linux.
PRESENTATION TRANSCRIPT:
Read this discussion to learn how enterprises can take more effective control of access to the functionality at the heart of many of IT's most critical systems and meet the challenges presented by security and compliance standards.
WHITE PAPER:
This expert paper explains how migrating from UNIX-based systems to Linux standard-based servers can simplify the virtualization of your critical applications, enabling improved performance, reliability and agility.
WHITE PAPER:
This paper examines the flexibility that WPARs offer IT professionals in their virtualized UNIX server environments and review how WPARs are different from other partitioning technologies.
WHITE PAPER:
Access this white paper to discover real-world examples of top businesses that have benefitted from Linux migration. Learn more about this ever-growing migration trend.
WHITE PAPER:
This Modern Infrastructure issue looks at how Azure could surpass Windows Server in importance, the role of Unix platforms in the enterprise, as well as networking and infrastructure technology necessary to run successful BYO-friendly IT shops.
SOFTWARE LISTING:
ROC Maestro for Open Systems, a key component of the ROC Enterprise Suite™, provides a very easy method for scheduling and managing workloads, processes, dependencies and events across complex, heterogeneous IT environments.
