Intel

Ayar Labs, Inc. specializes in the development of optical interconnect technology, focusing on high-density electronic-photonic chiplets and lasers designed to enhance data transmission capabilities. Its flagship product, TeraPHY, is a monolithic in-package optical I/O solution that enables high bandwidth, low latency, and power-efficient short-reach interconnects, making it suitable for applications in artificial intelligence, high-performance computing, cloud computing, telecommunications, and aerospace. The company's innovative approach leverages industry-standard silicon processing techniques to create optical interconnect chiplets that replace traditional electrical-based I/O, addressing performance and efficiency challenges in the semiconductor and computing industries. By optimizing data movement within AI systems, Ayar Labs aims to alleviate compute and bandwidth bottlenecks associated with complex large language models, thereby maximizing computational efficiency while minimizing costs and power consumption. Established in 2015 and headquartered in Emeryville, California, Ayar Labs also has an office in Santa Clara, California.

Ayar Labs, Inc. specializes in the development of optical interconnect technology, focusing on high-density electronic-photonic chiplets and lasers designed to enhance data transmission capabilities. Its flagship product, TeraPHY, is a monolithic in-package optical I/O solution that enables high bandwidth, low latency, and power-efficient short-reach interconnects, making it suitable for applications in artificial intelligence, high-performance computing, cloud computing, telecommunications, and aerospace. The company's innovative approach leverages industry-standard silicon processing techniques to create optical interconnect chiplets that replace traditional electrical-based I/O, addressing performance and efficiency challenges in the semiconductor and computing industries. By optimizing data movement within AI systems, Ayar Labs aims to alleviate compute and bandwidth bottlenecks associated with complex large language models, thereby maximizing computational efficiency while minimizing costs and power consumption. Established in 2015 and headquartered in Emeryville, California, Ayar Labs also has an office in Santa Clara, California.

EUV Tech is a prominent provider of at-wavelength metrology equipment utilizing extreme ultraviolet (EUV) technology. The company develops tools that assist semiconductor manufacturers in optimizing transistor density on chips, which enhances computing power while reducing power consumption and size in consumer devices. EUV Tech specializes in mask metrology equipment, facilitating high-volume production of advanced semiconductors. The company collaborates closely with major semiconductor manufacturers, research centers, and consortiums, thereby playing a crucial role in the advancement of EUV lithography and soft-x-ray instrumentation within the semiconductor and material science sectors.

Quantifi Photonics Limited develops and manufactures test and measurement solutions tailored for the optical communications market. The company provides a range of products essential for the production of fiber optic communication systems and components, as well as for research and development testing. Its offerings include modular optical test platforms, tunable laser sources, optical-electrical converters, variable optical attenuators, and various power meters. Additionally, Quantifi Photonics supplies coherent communication solutions such as optical modulation analyzers, transmitters, automatic bias controllers, and coherent receiver testers, along with optical pulse analysis instruments. Founded in 2012 and based in Auckland, New Zealand, the company was previously known as Coherent Solutions Ltd before rebranding in September 2020.

Zvision provides automotive-grade solid-state LiDAR solution for autonomous driving applications. 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 layout 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.

Ayar Labs, Inc. specializes in the development of optical interconnect technology, focusing on high-density electronic-photonic chiplets and lasers designed to enhance data transmission capabilities. Its flagship product, TeraPHY, is a monolithic in-package optical I/O solution that enables high bandwidth, low latency, and power-efficient short-reach interconnects, making it suitable for applications in artificial intelligence, high-performance computing, cloud computing, telecommunications, and aerospace. The company's innovative approach leverages industry-standard silicon processing techniques to create optical interconnect chiplets that replace traditional electrical-based I/O, addressing performance and efficiency challenges in the semiconductor and computing industries. By optimizing data movement within AI systems, Ayar Labs aims to alleviate compute and bandwidth bottlenecks associated with complex large language models, thereby maximizing computational efficiency while minimizing costs and power consumption. Established in 2015 and headquartered in Emeryville, California, Ayar Labs also has an office in Santa Clara, California.

Ayar Labs, Inc. specializes in the development of optical interconnect technology, focusing on high-density electronic-photonic chiplets and lasers designed to enhance data transmission capabilities. Its flagship product, TeraPHY, is a monolithic in-package optical I/O solution that enables high bandwidth, low latency, and power-efficient short-reach interconnects, making it suitable for applications in artificial intelligence, high-performance computing, cloud computing, telecommunications, and aerospace. The company's innovative approach leverages industry-standard silicon processing techniques to create optical interconnect chiplets that replace traditional electrical-based I/O, addressing performance and efficiency challenges in the semiconductor and computing industries. By optimizing data movement within AI systems, Ayar Labs aims to alleviate compute and bandwidth bottlenecks associated with complex large language models, thereby maximizing computational efficiency while minimizing costs and power consumption. Established in 2015 and headquartered in Emeryville, California, Ayar Labs also has an office in Santa Clara, California.

Lyncean Technologies, Inc., founded in 2001 and based in Fremont, California, specializes in the development of miniature synchrotron x-ray sources. The company's flagship product, the Compact Light Source (CLS), provides on-demand access to high-quality X-rays suitable for various laboratory applications, significantly reducing the need for large, complex synchrotron facilities. By utilizing laser technology to replace traditional undulator magnets, the CLS is compact enough to fit in standard laboratory spaces and can be operated by academic and industrial users without extensive technical support. The CLS produces a narrow beam of nearly monochromatic X-rays, adjustable in energy, making it ideal for a range of scientific applications including protein crystallography and micro-tomography. Lyncean's innovations are protected by multiple patents, and its first commercial unit was sold in 2012 to researchers in Germany, where it has been in routine operation since 2015.

KMLabs specializes in the manufacturing of ultrafast laser systems tailored for both research and industrial applications. The company focuses on advancing ultrashort-pulse and short-wavelength laser technologies, offering optimized tabletop ultrafast laser sources that cover a spectrum range from 1 to 200 nm, including VUV, EUV, and soft X-ray wavelengths. KMLabs' products find utility in various fields, including life sciences, material science, semiconductors, and manufacturing, providing customers with flexible fiber lasers that deliver high average power.

KMLabs specializes in the manufacturing of ultrafast laser systems tailored for both research and industrial applications. The company focuses on advancing ultrashort-pulse and short-wavelength laser technologies, offering optimized tabletop ultrafast laser sources that cover a spectrum range from 1 to 200 nm, including VUV, EUV, and soft X-ray wavelengths. KMLabs' products find utility in various fields, including life sciences, material science, semiconductors, and manufacturing, providing customers with flexible fiber lasers that deliver high average power.

Lemoptix specializes in the development, sale, and licensing of advanced micro-opto-electromechanical systems (MOEMS) that utilize laser scanning and microprojection technologies for consumer and automotive applications. The company is known for its MVIEW systems, which are recognized as the world's smallest laser microprojection solutions. These systems are designed for integration by automotive manufacturers and original design manufacturers, facilitating applications such as head-up displays in vehicles and embedded projection systems in mobile devices. By enabling the projection of information directly onto nearby surfaces, Lemoptix's technology allows users to view and share content without the constraints of traditional displays. Additionally, the company is exploring wearable display solutions for smart glasses and collaborates with industry partners to develop these innovations further. Founded as a spin-off from the Swiss Federal Institute of Technology in Lausanne, Lemoptix is situated in a leading micro- and nanotechnology hub and is supported by reputable private investors and Swisscom Ventures.

IMS Nanofabrication AG is an Austrian high-tech company founded in December 2006 through the merger of two predecessor companies. It specializes in developing electron-beam lithography tools tailored for the semiconductor and nanotechnology sectors. The company focuses on creating advanced lithography solutions, particularly an electron multi-beam Mask Exposure Tool (eMET), which is instrumental in producing complex masks and templates essential for cutting-edge fabrication processes. By providing cost-effective lithography tools for various substrates, IMS Nanofabrication plays a crucial role in enabling innovation and efficiency within the nanoworld and semiconductor industries.

IMS Nanofabrication AG is an Austrian high-tech company founded in December 2006 through the merger of two predecessor companies. It specializes in developing electron-beam lithography tools tailored for the semiconductor and nanotechnology sectors. The company focuses on creating advanced lithography solutions, particularly an electron multi-beam Mask Exposure Tool (eMET), which is instrumental in producing complex masks and templates essential for cutting-edge fabrication processes. By providing cost-effective lithography tools for various substrates, IMS Nanofabrication plays a crucial role in enabling innovation and efficiency within the nanoworld and semiconductor industries.

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 the UK's showcase event dedicated to photonics and light technologies.

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 the UK's showcase event dedicated to photonics and light technologies.

Novalux is a company specializing in the development, manufacturing, and distribution of advanced laser systems. Founded in 1998 and headquartered in Sunnyvale, California, Novalux is known for its Extended Cavity Surface Emitting Laser technology, which serves as a sophisticated solution for various applications, including projection displays, specialty lighting, neon sign alternatives, and automotive lighting. Additionally, the company focuses on creating laser modules designed for optical networks, enabling scalable platforms that enhance information bandwidth for long-haul, metro, and local access communication systems. Novalux's innovative products provide solid-state light sources that surpass traditional UHP lamps and LEDs used for microdisplay illumination. As of January 2008, 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.

In today’s highly competitive optical communications market, creating and enabling competitive advantage for their customers is extremely important to Wavesplitter. They can deliver these advantages with high efficiency, through their extensive range of partners specialized in fast track product development, volume manufacturing capacity, cost competitive operations, focused on Quality and state of art Performance. Wavesplitter offers a broad range of high performance passive and active optical components for enterprise and residential broadband networks. Your product choices can range from passive pump laser combiners, isolators, wavelength division multiplexers through to low and high speed transceivers products for LAN’s, Metro, Access, Short and Long haul networks.