Image Courtesy Of Sikorsky Innovation

SGI (NASDAQ:SGI), the trusted leader in technical computing, today announced that Sikorsky Innovations, the technology development organization within Sikorsky Aircraft Corporation, has selected an SGI® UV™ 1000 high performance computing (HPC) system with 576 cores and 1.5 TB of RAM, powered by Intel® Xeon® processor X7500 series, along with additional SGI storage and services, to enhance its digital prototyping and virtual design capabilities.

Image courtesy of Sikorsky Innovation

The three-rack, 576 core system will consist of six blade enclosures, each with 96 cores and 256GB RAM, with the ability to run either independently and securely or as one large system. The system will include 36 internal SAS drives, which will be integrated with existing SGI® InfiniteStorage 220 storage arrays already in operation. The company has also contracted for four years of SGI FullCare support, along with integration services from the SGI Professional Services organization.

Sikorsky Aircraft Corporation, a subsidiary of United Technologies Corporation (NYSE: UTX), is a world leader in the design, manufacture and service of advanced helicopters for commercial, industrial and military application, and is a longtime SGI customer. Sikorsky Innovation will install the SGI UV solution at its Bridgeport, Conn., facility to support computer-aided engineering design and analyses of current and future aircraft systems. The programs that will utilize the new HPC system include Sikorsky’s latest development programs such as the S-97 RAIDER ™, CH-53K, S-76D, variants of its H-60 and S-92 helicopters, and other special programs.

“The SGI UV 1000 meets our stringent requirements for computing power, scalability, program security and configurability, all within our control,” said Joseph Pantalone, technical fellow and chief engineer of Special Programs at Sikorsky Innovations. “With this computing platform we conduct iterative design and analyses of highly detailed aircraft subsystems as well as full helicopter models and simulations, greatly reducing our iterations in hardware.”