Norwin is a wind turbine technology company with a high profile within new technology, research and development; with a strong home base in Denmark able to supply high quality products to specific markets; and with a few selected strong partners located in the global wind centers like China and India. North American market was accelerated for building up network activities within sale, distribution, promotion and O&M partners focusing on distributed energy and small wind farms. In 2007 the first two wind turbines have been sold to be installed in 2008. Norwin started a new line called “special projects” where the advanced knowledge and experience possessed by the company engineers was put into building integrated wind turbines i.e. the Bahrain World Trade Center. Norwin has the ambition to be a technology leader within land based turbines and special applications like building integrated wind technology.

Opnext, Inc. founded in 2000 and is headquartered in Fremont, California. Opnext, Inc., together with its subsidiaries, engages in the design, manufacture, and marketing of subsystems, optical modules, and components that transmit and receive data delivered via light in telecommunications, data communication, industrial, and commercial applications. The company offers 10Gbps and 40Gbps transceiver modules, including tunable transceivers; a line of 2.5Gbps and lower speed SFP transceiver modules; products for product platforms, such as SFP+, 40GbE, 100Gbps, XLMD, and XMD; communications laser diode products, including DFB lasers and EA-DFB lasers; positive-intrinsic-negative and avalanche photodiodes; and photodetectors. It also provides transmit and receive optical modules and components; transport and routers; multi-service switches and access multiplexers; routers; servers; and hubs. In addition, the company offers lasers and infrared LEDs for industrial and commercial applications comprising visible lasers for applications, such as mini-projectors, laser printing, industrial barcode scanning, medical imaging, and professional contractor tools; lasers for scientific measurement, night vision, and other infrared applications; and infrared LEDs for sensors used in robotics and other industrial applications. It serves telecommunications and data communications markets, which include network systems vendors; and companies that design and manufacture laser-based products comprising medical and scientific systems, industrial bar code scanners, professional grade construction and surveying tools, gun sights and other security equipment, sensors for robotics and industrial automation, and printing engines for high-speed laser printers and plain paper copiers.

Elpida Memory, Inc. was founded in 1999 and is headquartered in Tokyo, Japan. Elpida Memory, Inc. designs, manufactures, markets, and sells dynamic random access memory (DRAM) integrated circuits in Japan and internationally. The company provides DRAM solutions for various applications, including personal computers, servers, mobile phones, digital consumer electronics, and other information communication and electronic equipment. The company was formerly known as NEC-Hitachi Memory, Inc. and changed its name to Elpida Memory, Inc. in May 2000.

Jabil Circuit takes more than a jab at contract electronics manufacturing. The company is one of the leading providers of electronics manufacturing services (EMS) in the world. Parts made by Jabil on a contract basis are used in communications products, medical instruments, computers and networking gear, and automobiles. Services range from product design and component procurement to product testing, order fulfillment, and supply chain management. Top customers include Cisco Systems, Research in Motion, Hewlett-Packard, EchoStar, and Nokia. The company, which has expanded into Asian and Eastern European markets, gets more than 80% of sales from international operations.

Cymer Inc. was founded in 1986 and is headquartered in San Diego, California. Cymer, Inc., is a supplier of light sources used in the photolithography process for semiconductor or chip, manufacturing. The Company provides sources designed to help enable the performance of edge wafer steppers and wafer scanners built by its lithography tool manufacturers. It also supplies deep ultraviolet (DUV) light sources to each of lithography tool manufacturer customers ASML, Canon and Nikon, who integrate the light source into their wafer steppers and scanners which they then provide to chipmakers. The Company’s wholly owned operating subsidiaries: Cymer Japan, Inc. (Cymer Japan), Cymer Singapore Pte. Ltd. (Cymer Singapore), Cymer B.V. in the Netherlands (Cymer B.V.), Cymer Southeast Asia, Ltd., in Taiwan (Cymer SEA), Cymer Semiconductor Equipment Shanghai Co., Ltd., China (Cymer PRC) and Cymer Korea, Inc. (Cymer Korea). As of December 31, 2008, the Company’s installed base of light sources totaled 3,374 light sources.

Panasonic Electronic Devices Corporation of America began operations in 1982 as the North American manufacturing base of Matsushita Electronic Components Company, Ltd. of Osaka, Japan. The Panasonic Electronic Devices Corporation of America Group has grown to include additional manufacturing facility in Reynosa in Mexico with an associated U.S. office in McAllen, Texas, and a technical center for supporting the automotive industry in Southfield, Michigan. Panasonic Electronic Devices Corporation of America manufacturing facility is registered to an internationally recognized Quality Management System appropriate for its industry and to the Environmental Management System standards of ISO 14001.

American Technology Corporation designs, develops, and commercializes sound reproduction technologies and products primarily in North America, Europe, and Asia. The company develops and delivers directed acoustic products that beam, focus, and control sound over short and long distances. It offers Long Range Acoustic Device that creates directed acoustic beam to communicate at operational ranges in ambient noise environments; HyperSonic sound, a parametric speaker technology that creates sound in the air using ultrasonic frequencies above the normal range of hearing; and SoundSaber, a thin film magnetic speaker technology, which produces sound of low distortion and high volume. The company offers its products primarily to government, military, homeland and international security, private and commercial security, maritime, and digital signage markets through a network of independent resellers and system integrators.

OptiSolar company manufactures silicon thin-film solar photovoltaic (PV) panels that help reduce the cost of producing clean power. To complement its manufacturing operations the company had a number of solar plants in the planning stage. However, the tough economic times forced OptiSolar in 2009 to lay off more than half of its staff and to sell its entire portfolio of planned but unbuilt solar power plants to First Solar for $400 million. The company, founded in 2005, agreed to sell its remaining assets to Allora Minerals for $260 million in stock.

ZBD Displays designs and supplies. Dubbed an epop (electronic point of purchase), the zero-powered, bistable liquid-crystal display (LCD) attaches to a shelf to give product information. The epop interacts with a two-way "Bounce" communications device, which is controlled by the retailer's IT system, to wirelessly update. Customers comprise more than 20 retailers, such as PCC Natural Markets, across Europe and the US. ZBD's technology is also used by wireless communications carriers, like AS EMT, in wireless phones and PDAs, as well as by architectural signage companies. ZBD is owed by venture capital groups, including DFJ Esprit and Dow Chemical.

GE Inspection Technologies company's products make use of non-destructive testing (NDT) technology. For example, it tests the strength of a suspension bridge by means other than driving a succession of heavy trucks over it until the bridge collapses. Inspect Tech makes products for the aerospace, automotive, and power generation industries. These include X-ray systems, ultrasonic technology, hardness testers, and bespoke testing equipment. The unit was formed following GE's purchase of various testing companies, such as Hocking NDT, Krautkramer, Seifert, and Agfa's NDT division.

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