ViaLogy LLC company was founded in 1999 and is based in Altadena, California. ViaLogy LLC operates as a subsidiary of ViaLogy plc. ViaLogy LLC provides network-centric real-time signal processing platforms for sensor applications in life sciences, public safety and security, surveillance, defense, and geoseismology. It offers Quantum Resonance Interferometry, a technology that uses software algorithms for signal processing; Sensor Policy Manager, an Internet protocol based software framework for the event detection, analysis, and response management and notification; and QuantumRD, a technology for the discovery, validation, and recovery of oil and gas reservoirs. The company also provides QSUB, a solution package that enables geolocation of buried oil and gas pipelines; and QDM, a solution package that enables geolocation of disturbed earth and to identify specific man-made objects. Its customers include enterprise operations, oil and gas organizations, and governments in North America, Europe, and the Asia Pacific.

Purcell Systems makes sure that "neither rain nor hail nor sleet nor snow nor heat of day" stops its customers from safely operating their outdoor electric power and communications systems. The company makes outdoor power cabinets and enclosures and outside plant equipment systems that protect its clients' equipment from the elements. These cabinets are integrated with battery backup, climate control, DC power, equipment protection, surge suppression, and additional rack space. Purcell Systems serves the cable, telecommunications, utility, wireless, and wireline industries.

Cambridge Display Technology (CDT) is a leading developer of technologies based on polymer light emitting diodes (P-OLEDs). P-OLEDs are the fast growing new generation of display technology, set to replace liquid crystal displays (LCDs) and cathode ray tubes (CRTs) in many existing applications, as well as opening up exciting possibilities for new product forms such as flexible or even wearable displays. This technology has a relatively short history, yet has already begun to be commercialised and is available to device developers, manufacturers and product designers, enabling them to enhance the operation of today's consumer products, and giving exciting new levels of performance and manufacturability.CDT is based in Cambridge, UK, with a state of the art Technology Development Centre a few miles away at Godmanchester. Most of our highly qualified team works at these centres, but CDT also has business offices in Asia and the USA. We leverage our technology leadership through licenses and technology transfer, forming partnerships with the leading players in the display and related fields. We have developed manufacturing skills which not only prove the practicality of device designs and production processes but - more importantly - support our partners in evaluating and scaling up their production line investments.

Bulbtronics is the premier source for lamps, LEDs, batteries and lighting-related and electrical products for the Stage/Studio, Medical/Scientific, Industrial/Commercial and Hospitality marketplaces. With over 60,000 products in 7 locations internationally and a team of highly knowledgeable sales representatives, you can rely on Bulbtronics to identify and deliver exactly what you need with a service level that exceeds expectations.

Intel has bet more than a few chips on India. The world's largest semiconductor maker has established its largest non-manufacturing division outside of the US, in Bangalore. Called the India Development Centre (IIDC), the division develops hardware and software, sales, and supply chain applications for Intel's lineup. It plays a key role in Intel's mobility and enterprise products as well as in R&D for power efficiency, Terascale CPUs, and health solutions. Through a World Ahead Program, Intel Technology India also works to push the adoption of information and communication technologies in rural community schools, healthcare, businesses, and government. Intel's investment in India tops $1.7 billion.

Sharp Electronics company is also a leading maker of electronic components and computer hardware and peripherals. Its flagship components business makes LCDs (used in everything from airplane cockpits to PCs to pinball machines), flash memory, integrated circuits, and laser diodes used in optical data drives. Sharp also makes PCs, printers, and cell phones; consumer audio and video products, such as Blu-ray disc players and LCD TVs; and a variety of appliances, such as air cleaning systems and steam ovens.

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.

MEMSIC, Inc. company was founded in 1999 and is headquartered in Andover, Massachusetts. MEMSIC, Inc (MEMSIC) is a provider of semiconductor sensor systems solutions based on micro electromechanical systems (MEMS) technology and advanced integrated circuit design. The Company combine thermal-based MEMS technology and analog mixed signal processing circuitry design into a single chip using a standard complementary metal-oxide semiconductor, or CMOS, process. This process allows the creation of new sensors to expand into magnetic, touch and flow sensors, as well as other MEMS application areas beyond accelerometers.

Rumsey Electric distributes electrical construction equipment, utility products and services, and systems for relay and power, and lighting for retailers. Operating through one central distribution facility and 12 branches, the company caters to construction and industrial businesses, and utilities, as well as OEMs, institutions, and commercial Mid-Atlantic markets. Six of its branches are in Delaware, where Rumsey operates as Tecot Electric Supply (acquired in 1997). It continues to gain territories for authorized distribution of equipment by such companies as Rockwell Automation.

AuthenTec, Inc. company was founded in 1998 and is headquartered in Melbourne, Florida. AuthenTec, Inc. is a mixed-signal semiconductor company providing fingerprint authentication sensors and solutions to the high-volume personal computer (PC), wireless device, access control and other markets. The Company offers a range of fingerprint sensors that enable users to access and control multiple functions on an electronic device by touching or sliding their finger across the sensor. Its fingerprint sensors utilize information in fingerprints to verify both the identity of the individual, as well as the individual fingers on the same person. Its solutions capture an image of the fingerprint, extract information from it and save it as a template, a mathematical representation of the fingerprint image. Subsequently, the information is compared to that from a future template to determine if it is the same finger.

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