Founded in 1992, Triteq Limited company designs and manufactures electronic components and equipment primarily for UK customers in the automotive, consumer, industrial, medical, and telecommunications sectors. Triteq assists its clients across the entire process: from the design phase, to prototype building, to project management, and then finally, manufacturing. Products designed include MP3 players, pet tagging scanners, astronomical clocks, power recovery systems, digital photo albums, satellite communications systems, and farm animal equipment.

Sierra Monitor Corporation designs, manufactures, and markets hazardous gas monitoring devices for the protection of personnel and facilities in industrial workplaces. It offers gas detection safety systems for safety applications ranging from oil and gas processing and chemical plants to wastewater treatment, alternate fuel vehicle programs, and other users or producers of hazardous gases. The company also provides microprocessor-based environment control products to the telecommunications industry, which are used to monitor temperature, gas, smoke, and other environmental and security conditions in remote structures, such as DSL distribution nodes, fiber optic booster stations, and cell-tower site buildings. In addition, it offers software-based industrial communications bridge products comprising machine to machine protocol translation devices sold under the FieldServer and ProtoCessor trade names to equipment manufacturers and systems integrators in the building automation industry. The company offers its products through a network of independent sales representatives to oil and gas drilling and refining companies, chemical plants, waste-water treatment plants, telecommunications companies, parking garages, landfill rehabilitation projects, and building automation projects in the United States and internationally. Sierra Monitor Corporation was founded in 1978 and is headquartered in Milpitas, California.

iWatt, Inc. was founded in 2000 and is based in Los Gatos, California. It has additional offices in Fort Collins, Colorado; Taipei, Taiwan; Shenzhen, China; and Hong Kong. iWatt, Inc., a digital power IC and systems company, designs, develops, manufactures, and markets semiconductor and power system products for the computer, communication, consumer, and industrial market segments. Its products include AC-DC controllers; analog building blocks and analog front ends for use in SOCs and ASICs; IKOR DC-DC converter products for computing, communications, test and measurement, and industrial control markets; DC-DC converter modules, including power solutions for memory and CPU applications, as well as general purpose point-of-load regulators for use in servers and graphics cards; and white papers and application notes. The company’s products enable high bandwidth analog interface and data transfer for flat panel displays, LCD TV, PDAs, digital cameras, video game systems, and wireless appliances.

Sanken Electric Co., Ltd. is a Japan-based manufacturing company. Along with its subsidiaries, the Company operates in three business segments. The Semiconductor segment is engaged in the manufacture and sale of power integrated circuits (ICs), control ICs, bipolar transistors, thyristors, rectifier diodes, light-emitting diodes and cold cathode fluorescent lamp discharge tubes, among others. The PM segment manufactures and sells switching supplies, torrances and small universal uninterruptible power supply (UPS) units. The PS segment is involved in the manufacture and sale of uninterruptible power supply (UPS) units, inverters, direct-current power source devices, high luminosity aircraft warning light systems and various electrical power units. On October 1, 2009, the Company merged with its Saitama-based wholly owned subsidiary.

Shimadzu presently offers a multitude of products, encompassing analytical and measuring instruments, medical systems and equipment, aircraft equipment, and industrial equipment, across a wide range of fields, as well as meticulous, responsive service. In addition to these core businesses, Shimadzu continue to explore new ventures that will positively impact society in the future. Acknowledging the realities of an aging society and heightened interest in the well-being of individuals, and in response to the goals of ultra-early diagnosis and treatment in the field of next-generation medicine, they are focusing on the development of “molecular imaging technology” to enable detection of subtle symptoms before the onset of full-blown diseases. For example, in the environmental field, the company is developing cleanup technologies which will not require the removal of existing buildings to rehabilitate polluted underground soil. In the field of industrial measurements, they are developing combustion measurement technology for automobile engines, an innovation that will further reduce fuel consumption. Looking forward, the company will continue to cultivate new business opportunities in such fields as the global environment, energy, automotives, and IT, by promoting leading-edge seed technology development.In addition to R&D objectives, Shimadzu is keenly aware that the 21st century is an age of explosive globalization in which barriers are tumbling, and the world is steadily becoming a single vast marketplace. Therefore, in addition to networks in the United States, Europe, Asia, and China, Shimadzu is now expanding into Brazil, India, Russia, and other regions. Shimadzu are setting up production, sales, and service bases throughout the world, striving to become a truly global business by perfecting an organizational structure which ensures that the various needs of customers in all regions are swiftly addressed.

Metara Inc. was founded in 2000 and is headquartered in Sunnyvale, California. Metara Inc. manufactures chemical metrology tools for semiconductor industry that are used in monitoring and controlling chemical processes. Its products include sentry trace contamination metrology system, which monitors benign chemistries for trace contaminants; and sentry chemical composition metrology system, which monitors copper electroplating and cobalt bath chemistries. The company also offers sentry harsh chemistry metrology system, an analysis solution for harsh chemistries used in semiconductor manufacturing processes; and inline mass spectrometer, a chemical metrology solution that determines chemical composition and potential yield-or process-limiting contaminants.

Micronic Laser Systems AB engages in the development, manufacture, and marketing of a series of laser pattern generators for the production of photo-masks, a principal component of the microlithography process in Sweden. Its product line includes semiconductor, display, and electronic packaging products. In the semiconductor market, the company operates as a supplier that offers the market a whole new technology for producing semiconductor chips. Markets The primary markets for the company’s laser pattern generators are the display and semiconductor industries; and Multi Purpose systems. The company’s major geographic markets include China, Taiwan, South Korea, the U.S. and Japan. Products The Company manufactures systems that are used in the production of advanced photo-masks for flat panel displays (the lrs product series), semiconductor applications (the Sigma and Omega product series), and electronic packaging (the mp product series). The product offering also includes metrology systems for display photo-masks (the mms product series). Pattern generators for display photo-masks LRS series All of the systems in the LRS series are used to produce advanced photo-masks for flat panel displays, primarily for the manufacture of tft-lcds. The LRS - 11000-tft3 provides twice the resolution of Micronic’s earlier generation tft pattern generator, the LRS11000- tft2. The lrs11000-tft2 is also used for tft-lcd and color filter photomasks. The LRS15000 series has a larger stage, 1,300 x 1,500 mm, which is approximately sufficient for generation 7 tft-lcd photo-masks. The lrs15000- tft2 is used primarily to produce photo-masks for lcd-tvs, while the lrs15000-tft3 is designed for the most advanced tft-lcd photo-masks. Metrology systems for TFT-LCD photo-masks MMS15000 The MMS15000 system is used to verify pattern placement accuracy on area tft-lcd photo-masks. The system has a registration measurement accuracy of better than 100 nanometers and is capable of performing measurements on photo-masks as 1,300 x 1,500 mm. Pattern generators for semiconductor photo-masks Sigma7300 The Sigma7300 is a duv (Deep Ultra Violet) optical pattern generator based on spatial light modulator (slm) technology, and offers a combination of high resolution and short write time.

Ansen provides services such as printed circuit board surface mounting and assembly from manufacturing facilities in China, Hong Kong, and the US. It also offers design, prototyping, and engineering services, as well as packaging, distribution, warranty, and support. The company's products are used in medical instruments, computers, telecommunications gear, and industrial controls. Ansen was taken private by management in 2003, and then combined with fellow EMS firm InnerStep in 2004.

ClariPhy Communications develops state-of-the-art mixed-signal integrated circuits (ICs) for 10, 40 and 100 Gb/s optical networking and communication applications, aiming to capitalize on this dynamic market growth. Initially funded in June 2004, the company is headquartered in Irvine, California, with an office in Silicon Valley and a design center in Cordoba, Argentina (under the subsidiary ClariPhy Argentina SA). ClariPhy has assembled a world-class international team with deep experience in digital signal processing (DSP) and mixed-signal IC design. Its ICs incorporate sophisticated signal processing algorithms that increase the performance, speed and reach of optical networks while simultaneously reducing their cost.

X-FAB Sarawak (formerly 1st Silicon) marks the spot for semiconductor contract manufacturing in Malaysia. X-FAB Sarawak Sdn. Bhd. company, which was founded in 1998, offers semiconductor foundry (contract manufacturing) services, including design, mask making, fabrication, sorting, packaging, and testing. It expanded its operations into Japan in 2005 with a sales office in Yokohama. X-FAB Sarawak Sdn. Bhd. company's wafer fabrication facility (or fab) makes semiconductors on silicon wafers measuring 200mm (about 8 inches) across, and can produce more than 27,000 wafers per month. Customers include Atmel and Sharp. Multinational chip maker X-FAB Silicon Foundries acquired 1st Silicon in September 2006 and renamed the company.

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