CoorsTek, Inc. was founded in 1910 and is based in Golden, Colorado. The company was formerly known as Coors Ceramics Company, Inc. and in January 2000 it changed its name to CoorsTek, Inc. CoorsTek, Inc. operates as a technical ceramics manufacturing company in North America. It offers components and assemblies for medical, automotive, semiconductor, aerospace and aviation, electronic, power generation, telecommunications, food and beverage, industrial, oil and gas, ozone, fluid, laser, precision measurement, wire and cabling, pulp and paper, and thermal applications. The company provides ceramic air bearing guideways, armor/armour protection products, chemical processing products, defense and security components, ceramic electron tube components, medical device components, ceramic optical components, ceramic plastic tubes and rods, wire bonding tools, and ceramic vacuum wafer chucks, as well as fuel cells, sensors, and membranes. It also offers analytical chemistry and material testing services.

QuickLogic Corporation company was founded in 1988 and is headquartered in Sunnyvale, California. QuickLogic Corporation (QuickLogic) develops and markets low power flexible semiconductor platforms that enable customers to add features to their mobile, prosumer (PROfessional conSUMER), consumer, and industrial products. The Company is a semiconductor company that operates in a single industry segment where it designs, markets and supports customer specific standard products (CSSPs), field programmable gate arrays (FPGAs), associated design software, and programming hardware. QuickLogic's product family includes ArcticLink II, ArcticLink, PolarPro II, PolarPro, Eclipse II and QuickPCI II; its mature product family includes pASIC 3, QuickRAM, Eclipse, EclipsePlus, programming hardware and design software, and its end-of-life product family includes pASIC 1, pASIC 2, V3, QuickMIPS, QuickPCI, and QuickFC.

Firan Technology Group (FTG) is all fired up about making high-reliability electronic components for critical applications in military and aerospace equipment. The company's FTG Circuits unit makes complex printed circuit boards from advanced materials; these components are used in applications such as avionics that call for high reliability. FTG Circuits also offers related manufacturing services. Meanwhile, the company makes luminescent cockpit display panels and keyboards through its FTG Aerospace division. In late 2007 the company bought the assets of Filtran Microcircuits from Merrimac Industries for about C$1.8 million.

Plasma Etch is a manufacturer of surface deposition and plasma surface etch equipment. This equipment is used to produce microelectronics devices, such as microelectromechanical systems (MEMS), thin-film heads, optoelectronic components, and compound semiconductors. Plasma technology is used to remove organic and inorganic contamination, boost wettability, increase bond strength, and remove residue. Plasma etching is also known as dry etching. The company provides its patented plasma etching technology for a wide range of industries, including aerospace, automotive, electronics, medical, and toys.

ChipMOS TECHNOLOGIES (Bermuda) LTD.company was founded in 1986 and is based in Hsinchu, Taiwan. ChipMOS TECHNOLOGIES (Bermuda), LTD., together with its subsidiaries, provides testing and assembly services for liquid crystal display (LCD), and other flat-panel display driver semiconductors and advanced memory and mixed-signal products in Taiwan, Mainland China, Japan, Korea, Hong Kong, and the United States. It provides a range of back-end testing services for memory and mixed-signal semiconductors, which include engineering testing, wafer probing, laser repairing, burn-in testing, top marking, final testing, and final inspection and packing. The company's assembly services comprise wafer lapping, die saw, die attach, wire bonding, molding, marking, dejunking and trimming, electrical plating, ball mount and reflow, and forming/singulation. It also offers leadframe-based packages consisting of thin small outline packages and organic substrate-based packages, including fine-pitch ball grid array packages for memory and mixed-signal semiconductors; and gold bumping, testing, and assembly services for LCD and other flat-panel display driver semiconductors. In addition, the company provides memory module manufacturing; drop shipment services; and software engineering services, including test program development, conversion and optimization, related hardware design.

Akustica lets your cell phone tell you it feels used. The fabless semiconductor company develops audio system-on-a-chip products used in sound capture and reproduction for automotive, cell phone, computer, imaging, and medical applications. Its Sensory Silicon chips -- based on MEMS (microelectromechanical systems) technology licensed from Carnegie Mellon University -- allow electronic devices to hear, speak, and sense through acoustic membranes and other sensor structures. The company touts its digital microphones as immune to radio-frequency and electromagnetic interference, an important consideration as wireless communications products proliferate. Bosch's North American unit acquired Akustica in 2009.

Micronetics, Inc., together with its subsidiaries, engages in the design, development, manufacture, and marketing of wireless components and test equipment, and integrated multifunction subassemblies. The companys products include radio frequency (RF) microwave components that consist of receiver components, noise components, voltage controlled oscillators, linearized and non-linearized power amplifiers, and broadband mixers and ferrites; and microwave integrated multifunction subassemblies, such as integrated multi-function modules, low noise receivers, conversion modules, RF microwave distribution networks, transmit drivers, broadband frequency synthesizers, and phase/amplitude control networks. Its products also comprise broadband test solution platforms, including carrier-to-noise, automated noise generators, bench-top noise generators, and hand-held power meter instruments. In addition, the company offers forklift, wall, and floor mount radio frequency identification systems for inventory management and other applications. Its microwave and RF components, and integrated multifunction subassemblies are used in various commercial wireless, defense, and aerospace products, including satellite communications, electronic warfare, and electronic counter-measures; test equipment, subassemblies, and components are used to test the strength, durability, and integrity of signals in communications equipment, such as radars, electronic warfare systems, guidance systems, wireless telecommunications, and satellite equipment; and microwave devices are used on subassemblies and integrated systems.

SSG Precision Optronics is a dynamic, rapidly growing small company recognized as a leading optical component and subsystem supplier for space, tactical military, and special commercial applications. The company offers system engineering, design, fabrication, and testing services. Customers include Boeing, NASA, Raytheon, and the US Department of Defense. SSG Precision Optronics was founded in 1977 to develop infrared telescopes for government research agencies, and purchased optical components maker Tinsley Laboratories in 2001. L-3 Communications acquired SSG-Tinsley in 2006 from Parthenon Capital, making the firm part of its Sensors & Simulation Group.

MiTAC International designs, manufactures, sells, and services consumer and enterprise electronics products for leading vendors, such as Dell and Sun Microsystems. Production capabilities encompass desktop computers, servers, workstations, data storage systems, handheld computers, handsets, and wireless networking cards. In addition to customary contract manufacturing services, MiTAC offers tooling, warehousing, and supply chain management services. The company owns 40% of SYNNEX, a US-based contract manufacturer and distributor. MiTAC operates through four business units, which include client systems, enterprise systems, mobile communications, and the TYAN unit.

GE Inspection Technologies company's products make use of non-destructive testing (NDT) technology. For example, it tests the strength of a suspension bridge by means other than driving a succession of heavy trucks over it until the bridge collapses. Inspect Tech makes products for the aerospace, automotive, and power generation industries. These include X-ray systems, ultrasonic technology, hardness testers, and bespoke testing equipment. The unit was formed following GE's purchase of various testing companies, such as Hocking NDT, Krautkramer, Seifert, and Agfa's NDT division.

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