SANBlaze Technology Moves to New Corporate Headquarters to Accomodate Expansion

Maynard, MA , July 8, 2008 -- SANBlaze Technology, Inc. today announced it has moved into new corporate headquarters at 5 Clock Tower Place in the historic mill office complex in Maynard, MA, 30 minutes west of Boston. The new space is nearly four times the size of the Company's previous headquarters, and is designed to accommodate its fast-growing staff, which conducts design, test, support and light manufacturing operations for its embedded storage and storage emulation solutions.

"SANBlaze's growth over the past couple of years has been phenomenal," said Steve Munroe, president of SANBlaze Technology. "The growth and momentum of our emulation and embedded storage product lines has allowed us to hire to the point that we literally ran out of desks for new employees. This new 14,000 sq. ft. office provides much needed space and will allow us to maintain our steady growth and serve our direct customers, OEM clients and channel partners even better."

Earlier this year, SANBlaze introduced a family of storage blades that provide an entire storage ecosystem consisting of ATCA blades, AMC modules and Rear Transition Modules (RTM). These products allow telecommunications hardware designers to easily add in-chassis storage solutions that leverage the power, cooling and real estate of the existing ATCA hardware chassis.

SANBlaze Technology's new address is 5 Clock Tower Place, Suite 100, Maynard, MA 01754. Phone and fax numbers are unchanged.

About SANBlaze Technology

SANBlaze Technology, Inc. is a pioneer in SAN emulation technologies and a leading provider of storage solutions for embedded systems. SANBlaze products include the VirtuaLUN and GargantuLUN family of SAN target and initiator emulation systems and are deployed in the test and development labs of most major storage hardware and software vendors worldwide. The company also designs and manufactures a complete line of AMC, PMC, ATCA and cPCI board level storage solutions for embedded computing systems.