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Cray Inc. Completes OctigaBay Acquisition

By R&D Editors | March 31, 2004

Cray Inc. Completes OctigaBay Acquisition

Cray Inc. has completed the acquisition of privately held OctigaBay Systems Corporation of Vancouver, British Columbia. This acquisition, coupled with Cray’s previously announced decision to commercialize the Sandia “Red Storm” system, will extend Cray’s product portfolio and multiply its addressable market by over four times, according to market analyst firm IDC.

In completing the transaction, Cray exchanged about 12.4 million shares and just under $15 million dollars for all outstanding OctigaBay shares and assumed approximately 740,000 options. The acquisition is expected to be accretive in 2005, excluding the impact of non-cash acquisition-related charges. For 2004, the continuing cost of OctigaBay-related product development efforts and the product launch will be about $2 million per quarter.

OctigaBay has been developing a high performance computing (HPC) system designed around its direct connected processor architecture, an innovative approach to massively parallel processing that directly links together processors, alleviating memory contention and interconnect bottlenecks found in cluster systems. The OctigaBay system, formerly known as the 12K, will be called the Cray XD1 product.

Early shipments of the Cray XD1 direct connect processor product are expected in the second half of 2004, with general availability in early 2005. Pricing, to be announced later this year, is expected to range from under $100,000 to about $2 million.

“With the addition of OctigaBay, Cray can provide purpose-built systems at a wide range of price points that allow customers to get more work done at a lower cost than they can with mainstream HPC systems today,” said Cray Chairman and CEO Jim Rottsolk.

Previewed by OctigaBay in November 2003, the Cray XD1 high performance computer has an innovative architecture that embeds both a high speed interconnect and application accelerators to remove major bottlenecks and improve performance on real-world applications. Self-monitoring, self-healing and management features give administrators a highly reliable and easy-to-use system.

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