Compellent’s Answer to EMC FAST Announcement
"We did it since 2005."
This is a Press Release edited by StorageNewsletter.com on December 10, 2009 at 3:09 pmHere is the reaction of Bob Fine, director of product marketing at Compellent, to the announcement of FAST technology by EMC.
"Compellent has offered its own automated tiered storage application, called Data Progression, since 2005. You probably already know them, but there are a few key differences between Compellent’s automated tiered storage solution, called Data Progression, and EMC FAST.
"This first iteration of FAST is available only for V-Max large enterprise customers and Clariion CX4, excluding Symmetrix and previous Clariion customers. Compellent’s Data Progression can be utilized by enterprises of any size: about 2/3 of all Compellent customers today utilize automated tiered storage with capacities ranging from 2TB to 1PB;
"A fully scalable automated tiered storage solution like Compellent’s enables customers to buy inexpensive disks while delivering greater performance at lower cost. In contrast to FAST, Compellent’s architecture provides granular intelligence about each block of data at the sub-LUN level, so that only the most active data for any application such as databases or e-mail resides on the fastest storage tier, rather than entire volumes;
"FAST does not support thin provisioning nor does it support the full suite of EMC products, which means many EMC models shipped cannot use FAST – on the other hand, Compellent integrates thin provisioning as well as boot from SAN, snapshot and replication software and makes the entire solution available to all customers;
"Because Data Progression is built-in, existing customers can enable the automated tiered storage software by simply purchasing and downloading a license key;
"The maturity of Compellent’s automated tiered storage solution also enables customers to easily mix and match popular and emerging drive technologies such as SAS, SATA, FC and SSD in one virtual pool of storage and support a range of interconnect technologies from FC to FCOE and iSCSI to 10GbE."