An optical interposer is a technology that uses optical fibers to connect two electronic components that are too far apart to be connected with a traditional wire. It is used to bridge the gap between two boards, allowing data to be transmitted faster than with a traditional cable.

POET Technologies is a global leader in chip-scale photonic solutions. The company has created the first-ever wafer-level integration of electronics and photonics into a single device – the POET Optical Interposer. All fabrication, assembly, alignment, testing, burn-in and packaging done at wafer level .

DenseLight is a leading global manufacturer for “Platform Agnostic” laser and broadband light sources. We provide one-stop design and manufacturing solutions ranging from Integrated Photonics Platformsdesign and simulation to chip fabrication and production. Our technology and development business processes enable us to work with companies at various stages of their product lifecycle .

Photonic integrated circuits (PICs) will increasingly take over part of the data processing in the future. GD Optics sees the field of co-packaged optics or photonic-electronic integration as a future market and strategic field of development. Optical interposers contain lenses, mirrors for changing the beam direction and elements for polarization separation .

Neoconix is the leading supplier of low profile, high performance PCB electrical connectors and interposers for board-to-board and flexible-board applications. With the ability to produce connectors thinner than a business card, at industry-leading density while supporting speeds of 56Gbps+. Design flexibility includes total height, custom size and shape, high speed materials (56+Gbps), dual contacts, embedded contacts, and more .

Replisaurus Technologies develops metallization solutions for the electronics industry. It offers ElectroChemical Pattern Replication (ECPR), a metallization technology process for semiconductor manufacturing markets; production solutions, including master electrodes, integrated ECPR tools, chemicals, and processing guidelines; and die-to-die, die-to-wafer bonding, and nano imprint lithography solutions. The company’s products have applications in IC metallization, pad redistribution, and power metal/power distribution; integrated passive devices substrates, including coils, capacitors, and resistors; flip chip substrates, interposers, chip carriers, and SIP substrates; micro bumps; and nano electronics and micro systems metallization, opto substrates, and chip coils. Replisaurus Technologies AB offers its solutions to the manufacturers of packaging, substrates, optical components, and semiconductor devices.

Wafers by plan optik provide high-precision surfaces in the ngström range (= ten millionths of a millimetre) plan Optik also covers the microfluidics sector, where it is one of the few companies offering complete systems. The company supplies international customers directly for mass production .

Dynamics Research Corporation provides engineering, technical, information technology (IT), and management consulting services and solutions to federal and state governments in the United States. It operates in two segments, Systems and Services, and Metrigraphics. The Systems and Services segment designs, develops, operates, and maintains business intelligence systems, business transformation services, engineering services, acquisition management services, and training and performance support systems and services; automated case management systems; IT infrastructure services; human capital management services; and cyber security services. This segment provides its services in the areas of areas of IT; logistics and readiness; systems integration and technical services; command, control, computers, communications, intelligence, surveillance, and reconnaissance; homeland security; and health and human services; intelligence/space; cyber security; and public and environmental health. The Metrigraphics segment develops and produces components for original equipment manufacturers in the medical electronics, computer peripheral devices, telecommunications, and other industries focusing on the custom design and manufacture of miniature electronic parts through the use of electroforming, thin film deposition, and photolithography technologies. These technologies are used in various applications, including inkjet printer cartridge nozzle plates and hard drive test devices; medical applications for micro-flex circuits; electrical test device for application in flexible interposers and 3-D microstructures; and devices used in the manufacture of fiber optic system components requiring precision alignment and 3-D microstructures. The company was founded in 1955 and is headquartered in Andover, Massachusetts.

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Exatron has been in business since 1974. Our standard building block concept allows the widest variety of system configurations possible. Tradeshow schedule see a current list of the tradeshows Exatron will be attending. Contact Information Have a question or comment? find information on contacting exaton.

ISI and its subsidiary companies are now part of the Molex family. Together we can make greater progress in integrated solutions in any volumemarket or location on the planet. ISI works best when engaged with our customers at the early concept development stage. We explore multiple approaches to arrive at the best technical and commercial solution with a quick time-to-market .

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