Intel

Fabric8Labs, Inc. is a company based in La Jolla, California, established in 2015, specializing in the development and manufacturing of non-thermal metal 3D printers. The company has created an innovative process that integrates two established technologies: Stereo-Lithography and Electro-Deposition. This unique approach aims to enhance the capabilities of metal 3D printing, making it more efficient and accessible for various industrial applications.

Quantifi Photonics Limited specializes in the development and manufacturing of test and measurement solutions for the optical communications sector. Based in Auckland, New Zealand, the company provides essential products for the production of fiber optic communication systems, modules, and components, as well as for research and development in laboratories. Its product offerings include a range of optical test and measurement equipment such as modular optical test platforms, tunable laser sources, optical electrical converters, and various types of power meters. Additionally, Quantifi Photonics delivers coherent communication solutions, including optical modulation analyzers and transmitters, automatic bias controllers, and coherent receiver testers. Founded in 2012 and formerly known as Coherent Solutions Ltd, the company rebranded in September 2020 to reflect its expanded capabilities and focus within the growing optical communications market.

DustPhotonics Ltd specializes in the design and manufacture of optical transceivers and modules, particularly for data centers, high-performance computing, and enterprise applications. Founded in 2017, the company is headquartered in Modi'in, Israel, with an additional office in Cupertino, California. It utilizes its proprietary AuraDP technology to produce a range of products, including various transceivers like the 400G QSFP-DD SR8 and 100G QSFP28 SR4, as well as active optical cables. DustPhotonics aims to enhance network performance while reducing costs and power consumption, providing innovative solutions for clients facing increasing data challenges.

Fabric8Labs, Inc. is a company based in La Jolla, California, established in 2015, specializing in the development and manufacturing of non-thermal metal 3D printers. The company has created an innovative process that integrates two established technologies: Stereo-Lithography and Electro-Deposition. This unique approach aims to enhance the capabilities of metal 3D printing, making it more efficient and accessible for various industrial applications.

Ayar Labs, Inc. develops advanced optical interconnect solutions, specializing in high-density electronic-photonic chiplets and lasers. Its flagship product, TeraPHY, is a monolithic in-package optical I/O solution designed for applications demanding high bandwidth, low latency, and energy efficiency in short-reach interconnects. Complementing TeraPHY, the company offers SuperNova, a multiwavelength light source that provides continuous wave light essential for TeraPHY's operation. By utilizing patented technologies based on industry-standard silicon processing techniques, Ayar Labs aims to enhance interconnect bandwidth density while reducing power consumption, thereby transforming traditional electrical interconnects in the semiconductor and computing sectors. The company's innovations are applicable across various industries, including artificial intelligence, cloud computing, telecommunications, aerospace, and military applications. Founded in 2015 and headquartered in Emeryville, California, Ayar Labs is committed to addressing the challenges posed by increasing data volumes through the miniaturization of fiber optic transceivers.

DustPhotonics Ltd specializes in the design and manufacture of optical transceivers and modules, particularly for data centers, high-performance computing, and enterprise applications. Founded in 2017, the company is headquartered in Modi'in, Israel, with an additional office in Cupertino, California. It utilizes its proprietary AuraDP technology to produce a range of products, including various transceivers like the 400G QSFP-DD SR8 and 100G QSFP28 SR4, as well as active optical cables. DustPhotonics aims to enhance network performance while reducing costs and power consumption, providing innovative solutions for clients facing increasing data challenges.

Ayar Labs, Inc. develops advanced optical interconnect solutions, specializing in high-density electronic-photonic chiplets and lasers. Its flagship product, TeraPHY, is a monolithic in-package optical I/O solution designed for applications demanding high bandwidth, low latency, and energy efficiency in short-reach interconnects. Complementing TeraPHY, the company offers SuperNova, a multiwavelength light source that provides continuous wave light essential for TeraPHY's operation. By utilizing patented technologies based on industry-standard silicon processing techniques, Ayar Labs aims to enhance interconnect bandwidth density while reducing power consumption, thereby transforming traditional electrical interconnects in the semiconductor and computing sectors. The company's innovations are applicable across various industries, including artificial intelligence, cloud computing, telecommunications, aerospace, and military applications. Founded in 2015 and headquartered in Emeryville, California, Ayar Labs is committed to addressing the challenges posed by increasing data volumes through the miniaturization of fiber optic transceivers.

Lyncean Technologies, Inc. develops miniature synchrotron x-ray sources to see and understand the sub-microscopic details of physical and biological world. Its products include Compact Light Source (CLS), an on-demand X-ray synchrotron light that addresses the demand for access to high quality X-rays through a synchrotron beamline for home laboratory applications; and the Compact X-Ray Station, a crystallography end station and X-ray optics used with the CLS that enables local laboratory protein crystallography, micro-tomography, dark field microscopy, CD-SAXS, and more. The company was founded in 2001 and is based in Fremont, California.

KMLabs was established in 1994 by Professor Margaret M. Murnane and Professor Henry C. Kapteyn. Their research in the early 1990s resulted in the development of the first robust and repeatable mode-locked Ti:sapphire laser capable of generating. KMLabs is a leading manufacturer of low-cost high-performance ultrafast femtosecond Ti:sapphire lasers for single/multi-photon imaging, spectroscopy, OCT, THz-generation, CEP, attosecond generation, and soft X-Rays (EUV). KMLabs is a technology leader for high power, highest performance femtosecond laser systems, and the market definer for coherent EUV and x-ray sources. KMLabs supplies advanced systems to research, government, and industrial markets. The company’s status within the industry is maintained by advancing ultrafast laser technology via research partnerships and by putting state-of-the-art ultrafast research tools into the hands of leading scientists worldwide. KMLabs is known for rapidly transitioning innovation into new products as well as for manufacturing robust laser systems based on proven technology. KMLabs establishes and maintains strong customer relationships at all stages of development. KMLabs’ lasers have set new performance records, and its strong technical base has resulted in increased commercial revenue and government R&D funding.

KMLabs was established in 1994 by Professor Margaret M. Murnane and Professor Henry C. Kapteyn. Their research in the early 1990s resulted in the development of the first robust and repeatable mode-locked Ti:sapphire laser capable of generating. KMLabs is a leading manufacturer of low-cost high-performance ultrafast femtosecond Ti:sapphire lasers for single/multi-photon imaging, spectroscopy, OCT, THz-generation, CEP, attosecond generation, and soft X-Rays (EUV). KMLabs is a technology leader for high power, highest performance femtosecond laser systems, and the market definer for coherent EUV and x-ray sources. KMLabs supplies advanced systems to research, government, and industrial markets. The company’s status within the industry is maintained by advancing ultrafast laser technology via research partnerships and by putting state-of-the-art ultrafast research tools into the hands of leading scientists worldwide. KMLabs is known for rapidly transitioning innovation into new products as well as for manufacturing robust laser systems based on proven technology. KMLabs establishes and maintains strong customer relationships at all stages of development. KMLabs’ lasers have set new performance records, and its strong technical base has resulted in increased commercial revenue and government R&D funding.

Lemoptix develops, sells and licenses next-generation micro-opto-electromechanical systems (MOEMS) - based laser scanning and microprojection technologies for the consumer and automotive markets. Lemoptix MVIEW, world’s smallest laser microprojection systems are ideal for integration by automotive Tier 1/2 players, OEMs and ODMs (original design manufacturers) into various demanding applications such as head-up displays in cars or embedded projection systems in mobile devices. Embedded projection displays will enable the projection of content and information directly from the device on any nearby surface, enabling users to conveniently view and share information and content without the typical limitations of physical displays. Furthermore, Lemoptix is actively developing solutions and collaborating with industry partners in the area of wearable displays for smartglasses- type applications. Lemoptix is a spin-off from the renowned Swiss Federal Institute of Technology (EPFL, Ecole Polytechnique Fédérale de Lausanne), is based in Lausanne, Switzerland and grows within a world-leading cluster of micro- and nanotechnology companies and institutions. Lemoptix is backed by high-level private investors and Swisscom Ventures.

Spatial Photonics, Inc. specializes in the development and manufacturing of microdisplays intended for both business and consumer projection display applications. The company's products utilize reflective digital light modulators designed to control and modulate light intensity, enhancing visual output for various uses. Through its innovative technology, Spatial Photonics aims to improve the quality and efficiency of projection displays, catering to a diverse range of market needs.

Spatial Photonics, Inc. specializes in the development and manufacturing of microdisplays intended for both business and consumer projection display applications. The company's products utilize reflective digital light modulators designed to control and modulate light intensity, enhancing visual output for various uses. Through its innovative technology, Spatial Photonics aims to improve the quality and efficiency of projection displays, catering to a diverse range of market needs.

Sparkolor Corporation manufactures tunable optical components for telecommunications and data communications applications. The company develops DWDM communications components and modules, which enable flexible optical networking. It produces optical components and modules, including tunable lasers using PHI technology. Sparkolor Corporation is based in Santa Clara, California.

Founded in 2000, Lytek Corporation (www.lytek.com) is located in Phoenix, Arizona and is privately held. Their technology specializes in research, development and manufacturing of VCSELs and optoelectronic devices.

Lightconnect develops optical networking components based on technology invented by David Bloom, one of the company's founders, called diffractive MEMS. LIGHTCONNECT's products operate in the physical optics mode rather than the geometrics optics mode. Beam redirection results from diffraction rather than specular reflection. Consequently, motion, or displacement of the optical surface, is much smaller. Lightconnect claims that this technology enables fabrication of devices that are inherently much faster, more reliable, much smaller and much less susceptible to external environmental inputs.

LightLogic develops and manufactures fiber-optic electronic devices for telecommunications, including voice, Internet, and multimedia. The company was founded in 1998 and is based in Santa Clara, California.

A supplier of active photonic components for fiber-optic telecommunications

K2 Optronics specializes in designing, developing, and manufacturing analog and digital transmission lasers for the cable television (CATV), telecommunications, sensing, and test and measurement industries.

Avalon Photonics produces world-class VCSELs (vertical cavity surface emitting lasers) for datacom, sensing, and measurement markets. These devices are enabling volume applications due to their exceptional performance, lower power consumption, and volume cost reduction.Avalon also produces unique, patent-protected, single-spatial-mode VCSELs with unsurpassed specifications required for many sensing and measurement applications. Avalon’s ISO 9001 production line achieves high quality, exceptional uniformity, and telecom-grade reliability devices. VCSELs can be provided from bare die up to fully packaged units with temperature control and fiber pigtailing.

Novalux develops, manufactures, and distributes advanced laser systems, specializing in extended cavity surface-emitting laser technology. Founded in 1998 and headquartered in Sunnyvale, California, the company provides innovative solutions for various applications, including projection displays, specialty lighting, neon sign alternatives, and automotive lighting. Novalux's laser modules are particularly notable for their use in optical networks, offering scalable platforms that enhance information bandwidth for long-haul, metro, and local access communications systems. The company's products are designed to replace traditional UHP lamps and LEDs in microdisplay illumination, delivering superior performance and longevity. Novalux operates as a subsidiary of Arasor International Limited.

Founded in 2000, Lytek Corporation (www.lytek.com) is located in Phoenix, Arizona and is privately held. Their technology specializes in research, development and manufacturing of VCSELs and optoelectronic devices.