Intel

Micro C, LLC is a medical device company based in Savannah, Georgia, founded in 2016 by Dr. Greg Kolovich and Evan Ruff. The company specializes in the development and marketing of innovative imaging devices designed specifically for surgeons and physicians treating disorders of the extremities. Its flagship product, a hand-held, multi-modal x-ray and digital imaging device, enhances image clarity while minimizing radiation exposure. This ergonomic device facilitates faster workflows and improves surgical and clinical productivity, enabling healthcare professionals to capture images with greater accuracy and safety.

Coherent Solutions has been enabling engineers and researchers to fully characterize optical pulses. Our skills, experience, and capabilities have grown and so has the market.

The company's first-generation laser radar products use MEMS technology, and plan to achieve scale-up in the L3-class autonomous driving and unmanned logistics fields in the next five years, and lay out the next generation optical-based phased array (OPA) through its integrated chip research and development capabilities. The technical laser radar is aimed at the L4/L5 level autopilot market after 5-10 years.

The company's first-generation laser radar products use MEMS technology, and plan to achieve scale-up in the L3-class autonomous driving and unmanned logistics fields in the next five years, and lay out the next generation optical-based phased array (OPA) through its integrated chip research and development capabilities. The technical laser radar is aimed at the L4/L5 level autopilot market after 5-10 years.

Metalenz, Inc. is focused on the research, development, production, and prototyping of innovative optical components. Established in 2016 and headquartered in Weston, Massachusetts, with an additional office in San Francisco, the company specializes in novel optical elements that utilize structured Huygens' surfaces, also known as metamaterial structures. These advanced technologies allow for precise control of wavefronts, polarization, and other light properties. Metalenz's ultra-thin planar optics are designed for high-resolution, full-color imaging, making lenses for mobile phones, computers, and various smaller electronic devices more compact and lightweight. This approach provides businesses with miniaturized alternatives to traditional lenses, enhancing the performance and design of modern electronic products.

Ayar Labs, Inc. develops optical interconnect chiplets and lasers. It offers TeraPHY, a high-density electronic-photonic chiplet and monolithic in-package optical I/O (MIPO I/O) solution. The company also provides SuperNova, a multiwavelength, multi-port light source that supplies the continuous wave (CW) light that powers TeraPHY. Its products are used in various industry verticals, such as artificial intelligence and high performance computing, cloud computing and telecommunications, aerospace and military, and light detection and ranging. Ayar Labs, Inc. was formerly known as OptiBit Inc. The company was incorporated in 2015 and is based in Emeryville, California with an additional office in Santa Clara, California.

Ayar Labs, Inc. develops optical interconnect chiplets and lasers. It offers TeraPHY, a high-density electronic-photonic chiplet and monolithic in-package optical I/O (MIPO I/O) solution. The company also provides SuperNova, a multiwavelength, multi-port light source that supplies the continuous wave (CW) light that powers TeraPHY. Its products are used in various industry verticals, such as artificial intelligence and high performance computing, cloud computing and telecommunications, aerospace and military, and light detection and ranging. Ayar Labs, Inc. was formerly known as OptiBit Inc. The company was incorporated in 2015 and is based in Emeryville, California with an additional office in Santa Clara, California.

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. develops and manufactures microdisplays for business and consumer projection display applications. Its microdisplays comprise reflective digital light modulators that control and modulate the light intensity.

As per the transaction announced on March 20, 2007, Apogee Photonics, Inc. was acquired by CyOptics, Inc. Apogee Photonics, Inc. engages in the design, development, and production integrated indium phosphide solutions for optical transmission systems that exceed the distance-extinction-power product for other optical semiconductor technologies. Its solutions include cooled, semi-cooled, and uncooled products for 10Gb/s and 40Gb/s transmission to several tier 1 system OEMs and module vendors. The company's products include thermistor-based temperature monitoring and modulator-based power monitoring products, electroabsorption-modulated lasers, and laser integrated modulators. Apogee Photonics, Inc. was formerly known as ASIP, Inc. Apogee Photonics, Inc. was founded in 2000 and is headquartered in Allentown, Pennsylvania with an additional office in New Jersey. The company also has sales locations in the United States, Canada, Europe, Israel, and Asia.

Spatial Photonics, Inc. develops and manufactures microdisplays for business and consumer projection display applications. Its microdisplays comprise reflective digital light modulators that control and modulate the light intensity.

As per the transaction announced on March 20, 2007, Apogee Photonics, Inc. was acquired by CyOptics, Inc. Apogee Photonics, Inc. engages in the design, development, and production integrated indium phosphide solutions for optical transmission systems that exceed the distance-extinction-power product for other optical semiconductor technologies. Its solutions include cooled, semi-cooled, and uncooled products for 10Gb/s and 40Gb/s transmission to several tier 1 system OEMs and module vendors. The company's products include thermistor-based temperature monitoring and modulator-based power monitoring products, electroabsorption-modulated lasers, and laser integrated modulators. Apogee Photonics, Inc. was formerly known as ASIP, Inc. Apogee Photonics, Inc. was founded in 2000 and is headquartered in Allentown, Pennsylvania with an additional office in New Jersey. The company also has sales locations in the United States, Canada, Europe, Israel, and Asia.

Photonic Materials is a developer of optical crystals used in fibre-optic communication components.

Nova Crystals develops and manufactures fiber-optic data/telecommunications components based on their proprietary process and wafer technologies, as well as high efficiency LEDs for display and illumination applications.

PhotonEx Corp is an optical networking equipment manufacturer.

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.

PhotonEx is a prominent event in the UK, focusing on photonics and light technologies. It serves as a platform to showcase innovations and advancements in this field, bringing together industry experts, researchers, and businesses to discuss and explore the latest developments. In addition to organizing this event, PhotonEx is involved in the development of smart photonic systems aimed at enhancing public telecommunications networks. By integrating cutting-edge photonic technologies, the company aims to improve the efficiency and performance of telecommunications infrastructure. Through its initiatives, PhotonEx plays a crucial role in promoting the growth and application of photonics in various sectors.

Photonic Materials is a developer of optical crystals used in fibre-optic communication components.

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.

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.

PhotonEx is a prominent event in the UK, focusing on photonics and light technologies. It serves as a platform to showcase innovations and advancements in this field, bringing together industry experts, researchers, and businesses to discuss and explore the latest developments. In addition to organizing this event, PhotonEx is involved in the development of smart photonic systems aimed at enhancing public telecommunications networks. By integrating cutting-edge photonic technologies, the company aims to improve the efficiency and performance of telecommunications infrastructure. Through its initiatives, PhotonEx plays a crucial role in promoting the growth and application of photonics in various sectors.

Blaze is developing a fiber optic transceiver that uses wavelength-division multiplexing (WDM) techniques to improve the distance and capacity of multimode fiber (MMF).

Nova Crystals develops and manufactures fiber-optic data/telecommunications components based on their proprietary process and wafer technologies, as well as high efficiency LEDs for display and illumination applications.

CyOptics, Inc. designs, develops, and markets Indium Phosphide (InP) optical chips and components for integration into access, metro, and long-haul communications systems. Its products include planar lightwave circuits (PLCs) for optical networks in telecommunications and defense applications. The company's products also include optical components, including transmitters, receivers, and modulators for transmission; and optical source and laser detector chips as technology enablers for transmit optical sub-assembly/receive optical sub-assembly, component, and module manufacturers. In addition, it provides contract design, foundry, and packaging services; and design and manufacturing services, such as radio frequency and optical design, wafer/chip fabrication, and automated assembly and test for telecom and non-telecom applications. The company's customers include system original equipment manufacturers and sub-system manufacturers in the communications market. CyOptics, Inc. was founded in 1999 and is based in Breinigsville, Pennsylvania. The company has InP design and fabrication operations in Lehigh Valley, Pennsylvania; silicon PLC fab operations in South Plainfield, New Jersey; and planar automated packaging and testing operations in Matamoros, Mexico.

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.