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.

Xelerated is going fast into the future of networking. The fabless semiconductor company, which was founded in 2000, designs programmable network processors that incorporate the efficiency of application-specific integrated circuits. These hybrid devices are used in high-speed networking equipment. The Xelerator line of network processors is supported by reference design kits, software development kits, co-processors, and engineering services. The company's investors include Accel Partners, Alta Partners, Amadeus Capital Partners, Atlas Venture, and Sjätte AP-fonden.

EPVSOLAR Inc. (EPV) is a solar energy company that designs, develops, manufactures, and markets low-cost amorphous silicon ("a-Si") thin-film photovoltaic ("PV") solar modules for the growing international renewable energy market. Located near Princeton, New Jersey, USA, EPV is a privately owned company that has been at the forefront of research, development, and commercialization of thin-film PV technologies since 1991 when it was founded by pioneers in the solar industry. EPV produces solar modules using proprietary manufacturing equipment - the EPV Integrated Manufacturing System ("IMS"), which is based on EPV's commercially proven batch manufacturing process. EPV plans joint ventures based on the IMS capability to expand capacity at manufacturing locations throughout the world. The joint ventures will work to aggressively increase market share in these emerging markets.EPV recognizes that there exists a growing interest in the cost of energy per kilowatt hour of production. EPV has focused on the development of thin-film modules to produce PV modules that generate solar electricity at the lowest possible price per kilowatt-hour. Among other positive attributes, amorphous silicon modules generate more electricity per unit of installed capacity than do crystalline silicon modules, leading to lower electricity generating costs and superior economics for many applications.EPV currently offers amorphous silicon thin film modules of several varieties based upon proprietary manufacturing technology with specially designed equipment for the production of high quality, low cost, modules. The modules can be used in applications such as remote and grid-tied power stations, as well as for building integration (BIPV) and consumer and industrial electronic products. Our scientists and engineers have experience with the design and construction of fourteen thin-film PV manufacturing facilities throughout the world.

OEwaves, Inc. transforms novel microwave photonic technologies from concept to the marketplace enabling new capabilities in communications, radar, and test and measurement systems. The company’s core technologies include the opto-electronic oscillator (OEO), and whispering gallery mode (WGM) optical resonators. OEwaves has also developed a unique cross-correlation phase noise measurement system for characterization of the phase noise of high performance microwave oscillators operating at 1-40 GHz.OEwaves company has exclusive rights to over 30 patents and pending patents in these and related areas. The phase noise performance of the OEO surpasses that of conventional microwave oscillators by at least three orders of magnitude, creating a unique opportunity to impact a wide range of advanced civilian and military radar, communications systems, and test measurement applications. The unique technology of WGM optical resonators with crystalline material enables ultra-high quality factor (Q) microwave and optical filters, and novel photonic microwave receiver architectures. These technologies, individually and in combination, will enable new architectures that provide a significant reduction in size, mass, and power (SWAP) requirements of high performance systems.

TB Wood's Corporation company was founded in 1857 and is headquartered in Chambersburg, Pennsylvania. As of April 2, 2007, TB Woods Corp. is a subsidiary of Altra Industrial Motion, Inc. TB Wood’s Corporation designs, manufactures, and markets electronic and mechanical industrial power transmission products. Its mechanical industrial power transmission products include V-belt drives, synchronous drives, variable speed drives, and a line of flexible couplings, as well as hydrostatic drives, clutches, and brakes. These products are used in a variety of industrial applications to transmit power from electric motors and internal combustion engines to machines. The primary markets for these products are the construction, oilfield, specialized industrial machinery, food processing, material handling, pumps, compressors, mining, pulp and paper and agricultural equipment industries. The company’s electronic industrial power transmission products comprise of integrated electronic drive systems.TB Wood's Corporation products are used to control the speed, acceleration, and other operating characteristics of electric motors in manufacturing processes. Its integrated electronic drive systems integrates AC electronic VFDs, programmable logic controllers, in-house custom designed printed circuit boards, and software. The company’s electronic products are used in water pumping, food and beverage processing, materials handling, HVAC, oil production, textile and fibers, packaging, furniture making, and general machinery applications. It has operations in the United States, Canada, Mexico, Germany, Italy, and India. TB Wood’s Corporation sells its products to distributors, domestic and international original equipment manufacturers, and end users of industrial equipment through independent and multi-branch industrial distributors, as well as directly to original equipment manufacturers.

SpectraSensors, Inc. manufactures and supplies precision optical laser-based gas analyzers for the energy and petrochemical industries. Its products include air monitoring, moisture, dew point, hydrogen sulfide, H2S, dual channel, and atmospheric and portable gas analyzers for natural gas pipelines and processors, petrochemical refineries, and chemical companies. The company’s solutions measure and monitor gas and petrochemical concentrations in a variety of applications, such as environmental, energy, water, and chemical process monitoring. Its gas analyzers measure moisture, carbon dioxide, hydrogen sulfide, hydrogen chloride, methane, ammonia, and ethylene oxide. The company also provides communication software systems, such as SCADA2000 for data acquisition, control, and monitoring of custody transfer metering; and CMC, a communications management center for automated and on-demand polling of field monitoring devices. SpectraSensors offers its products through an international distribution network and installation base in North America, Europe, the Pacific Rim, Australia, and Asia. The company was incorporated in 1999 and is headquartered in Houston, Texas with engineering, design, and manufacturing operations in Rancho Cucamonga, California.

Diodes Incorporated company was founded in 1959 and is headquartered in Dallas, Texas. Diodes Incorporated is a global designer, manufacturer, and supplier of application specific standard products within the broad discrete and analog semiconductor markets. These products include diodes, rectifiers, transistors, MOSFETs, protection devices, functional specific arrays, amplifiers and comparators, Hall effect sensors and temperature sensors, power management devices (including light emitting diode (LED) drivers), DC-DC switching and linear voltage regulators, voltage references, special function devices (including universal serial bus (USB) power switch, load switch, voltage supervisor, and motor controllers), and silicon wafers used to manufacture these products. The Company designs, manufactures, and markets these semiconductors focused on diverse end-use applications in the consumer electronics, computing, industrial, communications, and automotive sectors. In June 2008, the Company acquired Zetex plc.

Applied Nanotech Holdings, Inc., together with its subsidiaries, engages in the research and development of products for applications using proprietary field emission technology, sensors, nanoelectronics, and nanomaterials platforms. Its electron emission platform is used for display applications, such as large area carbon nanotubes flat screen color field emission displays, large area surface conduction color field emission displays, backlights for displays, and picture element tubes for medium resolution large area electronic billboards; and non-display applications, including traveling wave tubes, non-radioactive sources, neutron and gamma-ray sources, and lighting devices. The company's sensors platform is used in hydrogen sensors, carbon monoxide sensors, biosensors, and other sensors; nanoelectronics platform's applications include conductive/technical inks; functional nanomaterials applications comprise sporting goods/equipment; and nano-ecology platform applications consist of Photoscrub technology, an air purification technology. It develops products for the U.S. government and multinational corporations.

ZF Electronics Corporation company was founded in 1953 and is based in Pleasant Prairie, Wisconsin. ZF Electronics Corporation engages in the design, development, and manufacture of computer keyboards, snap-action and rocker switches, magnetic sensors and controls, and automotive modules. It offers subminiature, miniature, general purpose, splash-proof/sealed, interlock, waterproof rocker/pushbuttons, push wheel, and key switches; and speed and speed/direction sensors, as well as proximity and rotary sensors. The company provides point of sale keyboards, integrated security devices, industrial/medical keyboards, and desktop products; smart card readers, biometric keyboards, magnetic card readers, and compact keyboards; and cleanable keyboards for various applications in diagnostic equipment, medical carts, laboratories, factories, and schools, as well as offers contract electronic manufacturing services. It serves automotive, computer, and consumer/commercial OEM markets, as well as auto powertrain, carbody, medical, non-auto vehicle, point-of-sale, and security markets in North America, Europe, and Asia.

Founded in 1999, Canesta, Inc. has received investments from Carlyle Growth Partners (an affiliate of The Carlyle Group), Hotung, and Venrock Associates. Canesta, Inc. company develops microchips and accompanying software that enable the input of data into wireless devices and other products using infrared technology. The system functions by transmitting light from a known source, which bounces off an object and back onto a sensor array chip. Its technology has been licensed for use in touch-free television controls made by Hitachi and automobile safety systems made by Honda. Canesta is also developing products for use in video game controllers and security systems.

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