VessRAID From Promise Technology Certified for VMware
To leverage virtualization
This is a Press Release edited by StorageNewsletter.com on October 13, 2009 at 2:34 pmPromise Technology, Inc. announced that its recently introduced VessRAID storage subsystem has been formally certified for interoperability with the VMware server virtualization platform.
"Today an increasing number of our customers are leveraging the advantages of a VMware infrastructure," said Ray Bahar, vice president, Americas Sales and Marketing, Promise Technology. "Certification means that customers will be able to maximize the unique strengths of VessRAID’s storage subsystem capabilities, keep data online longer, ensure reliable data protection and allow easy integration into their VMware virtual environment. Moreover, certification highlights our dedication to provide customers with the most positive total cost of ownership structure available in the storage market today."
Certification allows Promise Technology
to provide customers with the following benefits:
- Assurance that their VessRAID investment is able to leverage VMware virtualization, while efficiently working across heterogeneous environments;
- Flexibility to handle today’s high-capacity storage requirements for video surveillance, unstructured data, disk-to-disk backup and still meet the strenuous backup requirements necessary for business continuity; and,
- Cost savings of up to 70% over competitive solutions by the deployment of GreenRAID with recommended server hardware configurations that allow VessRAID’s scheduling features to power on from standby mode in order to run user-scheduled tasks such as backups and archives.
At VMWorld 2009, Promise introduced the VessRAID storage subsystem in order to provide small to medium businesses with an affordable storage solution that protects and stores data, helps reduce power and cooling requirements and is an appealing solution for data-driven businesses of all size. With certification from VMware, the VessRAID series has all the components necessary to provide a highly reliable, scalable, energy-efficient and secure method for the long-term storage of data.