Many organizations have deployed disk-to-disk backup technologies to improve the speed and reliability of their backup and disaster recovery operations. A growing number of these now look to data deduplication to enhance retention periods and reduce costs. This ESG Lab Validation Report sponsored by HP + Intel examines a number of backup and recovery solutions and evaluates their ease of implementation as well as their ability to improve reliability and reduce costs.
Enterprise storage has undergone many changes in recent years - with converged storage and infrastructure 2.0 paving the way for reduced IT infrastructure costs and greater performance. This report discusses the latest trends that are setting the stage for the next era of computing. Learn about the new infrastructure and storage trends that are changing the way business storage works today.
Backup is one of the most frequently performed storage tasks; however, the perceived level of cost and complexity is rising dramatically for an activity that has been in practice for many decades. This Gartner research sponsored by HP + Intel details the challenges associated with the current state of backup and recovery, and presents the top best practices for improving the backup process.
As the role of IT increases within organizations, the need to move data when and where it is needed is critical to support emerging business requirements. This has become increasingly difficult due to the huge growth of data volumes. This white paper sponsored by HP + Intel evaluates a solution that aims to enable the movement of data without physical limitations. Read now and see how this could enable agility and efficiency.
HP X9000 IBRIX Storage Systems powered by Intel (circle R) Xeon (circle R) processors allow users to create a virtual file storage environment where they can match storage price/performance with application requirements, yet manage a single, highly scalable system. All three appliance models (X9300 Gateway, X9320, and X9720), or multiple instances of them, can coexist within a single namespace. This gives users the ability to manage various types of storage with different performance profiles as storage pools in a single file system that scales to 16PB and to 1,024 nodes, providing shared storage resources that can grow, contract, and be optimized with uninterrupted data access.
The key to meeting this goal is the X9000 IBRIX scale-out file system software. In combination with these tuned hardware nodes, this software allows organizations to scale independently across multiple dimensions (capacity, I/O performance, throughput) while managing the entire content pool as a single entity. The advantages to this approach include: reduced management staff overhead, highly tunable and scalable capacity and throughput levels, rapid system expansion and upgrade, continuous and real-time view of the past with IBRIX Snap, and reliable and usable data retention.
One of the key strategies that IT teams are pursuing to reduce capital costs while boosting asset utilization and employee productivity is the transition to highly virtualized data centers. However, IDC finds that expectations for further boosts in IT asset use and operational efficiency often surpass the actual results for a variety of reasons. These problems can quickly overwhelm any hoped-for benefits as the scope of virtual server deployment expands.
