Megapulse is a leading designer and manufacturer of advanced navigation and communication products. Megapulse is the market leader in Loran-C and eLoran technology and is the sole source supplier of solid state transmitters for the Loran system. Loran is a terrestrial radionavigation system that can determine the position of a ship or aircraft or land mobile vehicle through the use of low frequency radio signals broadcast from transmitters located across the globe. Loran signals can be used to measure position, velocity, time, orientation and for the broadcast of data. Megapulse eLoran equipment incorporates technologies that substantially enhance and extend the capability of the Loran system. eLoran is being adopted worldwide as the most cost effective and necessary complement to satellites for aviation, timing and maritime applications. Significantly, Megapulse invented and developed the H-field antenna technology needed for eLoran. Other examples of breakthrough technologies include Loran-as-pseudolite operation, a Loran data channel for the wide-area broadcast of Differential GPS (“DGPS”) corrections and coded Loran signals for jamming resistance. Megapulse also specializes in developing other products and systems based on high power, low frequency solid-state technology including prototype systems for control of aquatic nuisance species and advance material finishing techniques.

Benthos was founded in 1962 by Samuel O. Raymond in North Falmouth, Massachusetts, a few miles from the research faciliites at Woods Hole Oceanographic Institution. During its first three decades, the company placed particular emphasis on supplying underwater equipment to military and governement markets.Early in the 1990's, in response to a decline in these markets, the company shifted its priorities to meet the growing needs of commercial markets. These markets include the geophysical industry where Benthos products and systems are used in the search for offshore oil and gas deposits, as well as scientific research and environmental markets.In 2006, Benthos was acquired by Teledyne Technologies Incorporated and is now a proud member of the Teledyne Marine group of companies. The company is now know as Teledyne Benthos.

Daw Technologies (Daw Tech) makes, installs, and services ultraclean rooms and clean room components. Clean rooms enable biotech and microelectronics companies to control crucial environmental variables such as temperature, dust, and electromagnetic fields in their manufacturing facilities. Daw Tech also applies its clean room know-how to commercial and industrial air handling systems, as well as offers high-precision contract manufacturing services for makers of electronic gear. The company's customers are principally in the US, and to a lesser extent in Europe. Daw filed for Chapter 11 in 2003 and emerged in 2004 as a privately owned company. Daw Tech has offices in Utah and Texas.

International Rectifier Corporation company was founded in 1947 and is based in El Segundo, California. International Rectifier Corporation (IR) designs, manufactures and markets power management semiconductors. The products of the Company include metal oxide semiconductor field effect transistors (MOSFETs), high voltage analog and mixed signal integrated circuits (HVICs), low voltage analog and mixed signal integrated circuits (LVICs), digital integrated circuits (ICs), radiation-resistant (RAD-Hard) power MOSFETs, insulated gate bipolar transistors (IGBTs), direct current (DC-DC) converters, automotive products modules, and DC-DC converter type applications. The Company operates in seven business segments: Enterprise Power (EP), Power Management Devices (PMD), PS, Energy-Saving Products (ESP), HiRel, Intellectual Property (IP) and Transition Services (TS). The Company’s semiconductors are found in a range of applications, such as automotive applications, industrial motors, consumer electronics, personal computers, household appliances, telecommunications, networking and HiRel.

Keithley Instruments, Inc. designs, develops, manufactures, and markets electronic instruments and systems for use in production testing, process monitoring, product development, and research. The company offers approximately 500 products to source, measure, connect, control, or communicate direct current, radio frequency (RF), or optical signals. Its products include integrated systems solutions comprising instruments and personal computer plug-in boards that could be used as system components or stand-alone solutions; parametric test systems; and semiconductor characterization system. The company also offers characterization and curve tracer software for component test applications, parametric test system, arbitrary waveform/function generator, system switch/multimeter and plug-in card family, and SourceMeter instrument line. Its customers include engineers, technicians, and scientists in manufacturing, product development, and research functions. Keithley Instruments markets its products through its sales personnel and through direct marketing and catalog mailings in the United States, as well as directly, and through distributors and manufacturer representatives internationally. The company was founded in 1946 and is based in Solon, Ohio.

Cambridge Mechatronics (formerly 1 Limited) has an unlimited desire to bring its proprietary technology to the eyes and ears of the world. The company develops and licenses its Helimorph piezo ceramic actuator technology to electronics manufacturers, who incorporate the tiny electronic devices into products such as laptops, PDAs, and camera-enabled cell phones. Cambridge Mechatronics touts the Helimorph technology as being compact, lightweight, energy-efficient, and scalable. The company also developed the Digital Sound Projector chipset, which enables surround sound from a single loudspeaker panel. Cambridge Mechatronics' audio partners include Dolby, Pioneer, and Yamaha.

Nanosolar technology start-up company's design and product innovations produce solar cells that can be as efficient and last as long as conventional silicon solar cells. The key part of the company's technology is that it can "print" (coat with a chemical solution) the most expensive layers of a solar cell. Founded in 2002, Nanosolar received financial backing from leading technology investors, including Benchmark Capital, Stanford University, and Mitsui & Co.

ATMI, Inc. was founded in 1986 and is headquartered in Danbury, Connecticut. ATMI, Inc. (ATMI) is a supplier of high performance materials, materials packaging and materials delivery systems used worldwide in the manufacture of microelectronics devices. The Company products consist of front-end semiconductor performance materials, sub-atmospheric pressure gas delivery systems for safe handling and delivery of toxic and hazardous gases to semiconductor process equipment, high-purity materials packaging and dispensing systems that allow for the reliable introduction of low volatility liquids and solids to microelectronics and biopharmaceutical processes. ATMI targets semiconductor and flat-panel display manufacturers, whose products form the foundation of microelectronics technology proliferating through the consumer products, information technology, automotive, healthcare and communications industries. ATMI serves three markets: integrated circuit (IC) fabrication, flat-panel displays and the life sciences market.

Sypris Solutions, Inc. provides outsourced services and specialty products in North America. It offers manufacturing, engineering, design, testing, and other technical services under multi-year contracts with corporations and government agencies in the markets for aerospace and defense electronics, truck components and assemblies, and for users of test and measurement equipment. The company provides industrial manufacturing services, such as automated forging, extruding, machining, induction hardening, heat-treating, testing, production tooling and prototype products, and other value-added services; and electronic manufacturing services, such as prototype assembly, turnkey manufacturing, system assembly, testing, and final system configuration. It also provides calibration, repair, and certification of the test and measurement equipment that is used to maintain wireless communication equipment, control tower radar and direction beacons, NEXRAD Doppler advanced warning weather service radar systems, digital oscilloscopes, microwave equipment, and fiber optic measuring equipment, as well as testing services, including radio frequency, microwave and mixed signal component testing, environmental testing, dynamics testing, and failure analysis. The company's products include axle shafts, drive train components, differential cases, gear sets, float tubes, and steer axle components for light, medium, and heavy-duty trucks; axle beams for trailers; circuit cards for color display systems in military aircrafts; encryption devices, communications equipment, and recording systems; and circuit cards for use in missile guidance system and integrated air defense network. In addition, it provides digital and analog data systems, analog data systems; magnetic meters and sensors for commercial and laboratory environments; and high-pressure closures and joints in pipeline and chemical systems. The company was founded in 1954 and is based in Louisville, Kentucky.

DayStar Technologies Inc. company was founded in 1997 and is headquartered in Santa Clara, California. DayStar Technologies, Inc., a development stage company, develops, manufactures, and markets products for the solar photovoltaic industry to convert sunlight into electricity. It offers thin-film copper indium gallium selenide solar products for grid-tied centralized utility markets; and grid-tied decentralized commercial and residential markets.

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