TECHNICAL ARTICLE:
This informative paper examines a unified, scale-out storage solution that provides clustering capabilities for nondisruptive operations over the lifetime of your system. Read on to learn more.
WHITE PAPER:
Transactional application availability is more important than ever to businesses in a globalized economy. This Vendor Spotlight examines the various architectural approaches to ensuring application uptime and availability, particularly a clustered file system approach with clustered services.
CASE STUDY:
This informative paper explores how one company easily and affordably implemented a data storage operating system that provides nondisruptive operations, proven efficiency, seamless scalability and much more. Read on to learn more.
WHITE PAPER:
This configuration guide walks you through the critical activities that take place during a virtualization deployment and describes a recommended reference architecture that can help you achieve your desired results. Learn more about the key features of this technology and how to properly enable them in this essential resource.
EGUIDE:
Virtual machine disaster recovery is a multifaceted activity that fails over a VM from a primary site to a remote location. Check out this e-guide to learn about the various approaches to virtual machine disaster recovery.
WHITE PAPER:
This paper discusses the technical underpinnings of Resin 4.0's sophisticated clustering capabilities that provide reliable and fast distributed sessions, distributed object caching, and cloud-wide application deployment all while adding and removing application server instances at will during runtime.
PRESENTATION TRANSCRIPT:
This Presentation Transcript breaks down the truth about clustered storage and answers some of the most important questions surrounding the subject. Find out more today.
PRESENTATION TRANSCRIPT:
In this document you will learn about Clustered Storage and how Clustered Storage is useful for server and storage consolidation without introducing bottlenecks or excessive energy consumption while enabling modular growth.
