SanXfer 3.1 From InQuinox
To migrate servers over IP networks, from Physical to Virtual or from Physical to Physical
This is a Press Release edited by StorageNewsletter.com on October 11, 2011 at 3:14 pmInQuinox, LLC announces the SanXfer 3.1 release which simplifies the process of moving servers over IP networks, from Physical to Virtual (P2V) or from Physical to Physical (P2P).
SanXfer 3.1 provides the option of migrating servers via a FC SAN or over an IP network, regardless of the vendors involved.
"While most of our customers have utilized our SAN based migration method, they asked us to support IP as a good portion of their migrations would be easier via an IP network," said Brad Hargett, InQuinox’s CEO. "SanXfer now offers our customers another cost-effective alternative for server migration."
Whether local-boot, SAN-boot or VMDK file migrations are desired, SanXfer directly modifies the underlying drivers within the OS, as opposed to resorting to a time-consuming backup/restore or risky replication processes.
"No other vendor offers this type of functionality, where a local-boot server can be moved to new hardware within minutes. Standard alternatives take hours to days to complete because they involve backup/recovery or slow replication operations to complete the task," stated Mitchell Mikula, InQuinox’s VP of Software Engineering.
Customers have confirmed that not all servers can be migrated into a virtual setting, and for DR scenarios, SanXfer provides a simple process for server migrations between DR sites, while guaranteeing server hardware independence.
In addition to server migration, SanXfer’s Data TranXfer feature migrates data between FC networks and iSCSI networks, thereby covering all options for SMB and enterprise data transfer requirements.
For cloud computing environments, SanXfer Editions provide value on multiple levels including hardware independence, reduced deployment schedules, simplicity, consolidation, and scalability. InQuinox also provides a SanXfer ROI utility which quantifies the operational expense savings achieved with SanXfer versus other migration methods.