Offering reliable and industry-proven fabrication services of validated photonic components using additive microfabrication. Application Areas: – photonic test & measurement – optical communication – free space communication – research & novel devices – quantum communication. Operational since 2017, since 2023 as Keystone Photonics. | Keystone provides advanced optical probe heads enabling wafer-level testing of photonic devices for co-packaged optics (CPO) and high-speed telecommunications.
Keysight
Keysight enables confident deployment of high‑power and megawatt charging of electrified heavy equipment & fleets with advanced test and validation solutions. From charger and power electronics design to commissioning and grid integration, Keysight ensures performance, interoperability, safety, and cybersecurity—helping fleets, OEMs, CPOs, and utilities scale reliable, future‑ready charging infrastructure. | Keysight empowers mission success in the electromagnetic battlespace. From lab to live operations, our trusted test and measurement solutions deliver visibility, precision, and control across the EM spectrum—helping defense innovators detect, analyze, and dominate emerging threats. By supporting rapid prototyping, rigorous validation, and scalable deployment, Keysight enables warfighters and engineers to advance missions faster, smarter, and with confidence. Backed by decades of RF and electronic warfare expertise, we help you build trust in contested domains, maintain resilience, and stay ahead of adversaries. Command the Spectrum. Advance the Mission—with Keysight by your side. | Keysight offers the widest array of integrated and innovative test solutions and emulators across all network layers with powerful software-driven insights and analytics that help leading companies innovate optical transmission and data center interconnect development. | Keysight accelerates innovation in the grid by providing integrated, standards-compliant test and emulation solutions that enable utilities, OEMs, and energy stakeholders to modernize without compromise, ensuring interoperability, safety, and resilience from design to deployment.
Irradiant Technologies Inc.
Irradiant Technologies is the world’s first 3D nano-optics and photonics foundry where our fabrication capabilities unlock the full miniaturization of light-based systems.
IPRONICS PROGRAMMABLE PHOTONICS S.L.
iPronics disrupts data center management with a revolutionary optical networking engine. We have pioneered the field of software define photonics and present the first integrated optical switch capable of offering all type of switching strategies and processing ensuring seamless AI cluster communication and future-proofing data center infrastructure. | iPronics, Programmable Photonics, Spain, has pioneered the field of software-defined photonics. The company presents the first optical circuit switch able to offer low latency, low cost, and low power to accelerate optical transformation of AI cluster communications and future-proofing data center infrastructure.
Intraratio Corporation
Intraratio provides solutions to automate traceability and quality control of advanced semiconductor, MEMs, optical and electronics product manufacturing. Serving high performance computing, automotive, space military, industrial and medical device markets. Deployed globally, our platforms bring true visibility and scale to manufacturing operations anywhere. Delivering on the promise of Industry 4.0.
Intlvac Thin Film
Intlvac is your trusted partner, offering reliable machines /systems for optical coatings. We have been serving the telecom industry for decades, providing optical coating houses with the ability to coat reliable optical filters, fibers and fiber tips to stringent optical specifications from proof of concept to high-volume production. | Intlvac specializes in advanced fiber metallization and high-performance fiber optic end face coatings, delivering precision-engineered solutions for enhanced durability, conductivity, and optical reliability. Our innovative coating technologies support demanding applications in telecommunications, sensing, aerospace, and photonics, ensuring superior performance, protection, and long-term stability for critical fiber-based systems.
Institute National d’Optique (INO)
INO is the largest center of expertise in optics and photonics in Canada and is among the best industrial innovation centres in the world. Through multiple light applications, from laser and fiber optics technologies to imaging systems, INO controls light to capture, identify, predict, decide or transform the real world.
Inline Photonics Inc.
Inline Photonics provides solutions for optical measurement and control, including PER meters for PM fiber arrays, multiple-channel inline polarizers, polarization controllers, scramblers, broadband polarimeters, compact PDL meters, 4-ch optical signal sampling platforms, fiber-phase shifters, and mm-resolution fiber length meters. We support customer designs in optical, electrical, mechanical, firmware, and software. | Inline Photonics designs and manufactures advanced fiber-optic test and measurement solutions for polarization-maintaining components, FAUs, MPO/MTP assemblies, and high-power ELSFP lasers. Our systems deliver accurate PER, PDL, RL, and IL characterization, helping customers improve product performance, streamline manufacturing, and ensure reliable quality control in production and R&D
INGENERIC
INGENERIC is a German specialist for custom MLAs for collimation fiber arrays. As trusted manufacturer of complex and precise components, INGENERIC develops 1D/2D arrays for optical transceivers and switches using a manufacturing process known as “precision glass molding”. Worldwide customers benefit from high performance and reproducibility, especially in value production. | INGENERIC, a German specialist for high-precision MLAs, supplies advanced optical components for high speed data communication in modern data centers. As trusted manufacturer of complex and precise components, INGENERIC develops 1D/2D arrays for CPO, FAUs, OCS, Optical Transceivers, PICs and WSS using a manufacturing process known as “precision glass molding”.