Aviza Technology, Inc. designs, manufactures, sells and supports semiconductor capital equipment and process technologies for the global semiconductor industry and related markets. The Company’s systems are used in a variety of segments of the semiconductor market, including silicon processing for memory devices, advanced three-dimensional packaging and power integrated circuits for communications. It focuses on designing systems that enable device manufacturers to meet technological and manufacturing requirements. Aviza Technology, Inc. offers both front-end-of-line and back-end-of-line systems and process technologies used for the aforementioned markets addressing critical thin film formation technologies, including atomic layer deposition, physical vapor deposition, chemical vapor deposition, plasma etch and thermal processing systems. In June 2009, the Company and its subsidiaries filed a voluntary petition under Chapter 11 of the United States Bankruptcy Code.

Silicon Image Inc. was founded in 1995 and is headquartered in Sunnyvale, California. Silicon Image, Inc. (Silicon Image) is engaged in the development of high-bandwidth semiconductor and intellectual property (IP) solutions based on its digital interconnect technology. The Company provides discrete and various levels of integrated semiconductor products, as well as IP solutions to consumer electronics, computing, display, storage and networking equipment manufacturers. Its products and IP portfolios include solutions for high-definition television (HDTV), high-definition set-top boxes (STBs), high-definition digital video disc (DVD) players, digital and personal video recorders (DVRs and PVRs), mobile devices (cellular phones, camcorders and still cameras), high-definition game systems, consumer and enterprise storage products and personal computer (PC) display products. The Company sells products and services primarily into three markets: consumer electronics, personal computers and storage.

Kingfield Electronics wants to be a king in the land of contract electronics manufacturers (CEMs). The company is a CEM that specializes in printed circuit boards (PCBs), cable assemblies, complete systems (box build), and electromechanical components. The company produces PCBs using various technologies, including surface mount, ball grid array (BGA), and through-hole. Manufacturers use Kingfield's wares in aerospace, industrial, medical, and military equipment.

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.

Cepheid, a molecular diagnostics company, develops, manufactures, and markets integrated systems for genetic testing in the clinical molecular diagnostic, industrial, and biothreat markets. Its systems enable molecular testing for organisms and genetic-based diseases by automation. Its SmartCycler system integrates DNA amplification and detection to allow rapid analysis of a sample; and GeneXpert system integrates sample preparation in addition to DNA amplification and detection. GeneXpert is designed for reference laboratories, hospital central laboratories, and satellite testing locations, such as ER and ICU units within hospitals, and doctors offices. In the clinical molecular diagnostic market, Cepheid markets tests for both the GeneXpert and the SmartCycler platforms in the areas of hospital acquired infections, critical infectious disease, immuno-compromised transplantation, women's health, and oncology. These tests include Food and Drug Administration cleared products, such as in-vitro medical devices, CE Marked, analyte specific reagents, and research use only tests. In the industrial market, the company sells its SmartCycler along with general use polymerase chain reaction reagents and reaction tubes. Cepheid has tests available for anthrax, pestis, and tullarensis in the biothreat market. The company sells its products through direct sales and distribution channels worldwide. It has strategic relationship with bioMerieux, Inc. for bioMerieux to develop DNA testing products using nucleic acid sequence-based amplification technology. The company was founded in 1996 and is headquartered in Sunnyvale, California.

INNOLUX company makes LCD panels used in popular consumer electronics like flat-screen TVs, desktop and laptop computer monitors, portable DVD players, and wireless phones. It produces both the components and the finished panels and other products, insulating it from the volatility that plagues other display-only companies. Innolux also benefits from low prices for parts produced by its parent, electronics manufacturing giant Hon Hai Precision Industry.

Peregrine Semiconductor Corporation company was founded in 1990 and is headquartered in San Diego, California. It operates manufacturing facilities in Sydney, Australia; and Hachioji, Japan. Peregrine Semiconductor Corporation designs, manufactures, and markets radio frequency (RF) CMOS and mixed-signal communications integrated circuits. The company offers wireless RF products, which include RF switches, cellular/communications switches, RF digital step attenuators, phase locked-loop (PLL) frequency synthesizers, and prescalers; and broadband RF products that include broadband switches, broadband digital step attenuators, and broadband mosfet quad arrays. It provides space products, including Rad-Hard switches, Rad-Hard integer-N PLL frequency synthesizers, Rad-Hard delta-sigma modulated fractional-N PLL frequency synthesizers, Rad-Hard RF digital step attenuators, and Rad-Hard prescalers; and defense and avionics products, such as integer-N PLL frequency synthesizers.

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.

MATECH Corporation engages in the research and development of metal fatigue detection, measurement, and monitoring technologies in the United States and internationally. The company develops devices and systems that indicate the true status of fatigue damage in a metal component. It produces Fatigue Fuse, a device that integrates the effect of fatigue loading in a structural member. The Fatigue Fuse is designed to be affixed to a structure to give warnings at pre-selected percentages of the fatigue life that has been used up. It also develops Electrochemical Fatigue Sensor, an instrument that detects very small growing fatigue cracks in metals. MATECH Corporation's technology is applicable to various market sectors, such as bridges and aerospace, as well as ships, cranes, railways, power plants, nuclear facilities, chemical plants, mining equipment, piping systems, and heavy iron. The company was formerly known as Material Technologies, Inc and changed its name to MATECH Corporation in October 2008. MATECH Corporation was founded in 1983 and is based in Los Angeles, California.

CG has been synonymous with electricity. In 1875, a Crompton 'dynamo' powered the world's very first electricity-lit house in Colchester, Essex, U.K. CG's India operations were established in 1937, and since then the company has retained its leadership position in the management and application of electrical energy.Crompton Greaves is India's largest private sector enterprise. It has diversified extensively and is engaged in designing, manufacturing and marketing technologically advanced electrical products and services related to power generation, transmission and distribution, besides executing turnkey projects. The company is customer-centric in its focus and is the single largest source for a wide variety of electrical equipments and products.

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