Imec installs High NA EUV system. LEUVEN, Belgium, March 20, 2026 - imec installed the ASML EXE:5200 High NA EUV lithography system at its NanoIC pilot line in Leuven. The system will enable the development of 2 nm logic and high-density memory for AI and high-performance computing applications. Imec expects the EXE:5200 High NA EUV lithography system to be fully qualified by Q4 2026; meanwhile, the ASML-imec High NA EUV lithography lab in Veldhoven will remain operational. BARRINGTON, N.J. - Edmund Optics partnered with Teledyne Photometrics to develop scientific-grade cameras. The partnership aims to address Edmund Optics' need for quantitative, low-light data capture solutions for applications in life science and research applications. Teledyne Photometrics' cameras are designed to capture weak signals, even in demanding environments, and purpose-built for applications in quantitative scientific imaging. Newly developed models made available through Edmund Optics include the Prime BSI Express USB 3.2 Cameras, the Iris USB 3.0 Camera, Iris PCIe Cameras, Moment USB 3.2 Cameras, and Reiga E USB Cameras. OXFORD, England - Infleqtion developed the UK's only operational 100-qubit quantum computing system at the National Quantum Computing Centre (NQCC) with its Sqale platform. The system will enable researchers to work with large-scale quantum systems, enabling performance evaluation, benchmark applications, and the study of how neutral-atom systems scale. NQCC's installation of the Sqale platform is part of its quantum computing testbed initiative. Additionally, the platform is also designed to fast-track skills development, supply-chain readiness, and application exploration across the UK quantum ecosystem. EAST YORKSHIRE, England - Iradion and Luxinar, laser technology companies, rebranded as Luxinar. The Luxinar laser portfolio provides pure ceramic CO[2] lasers engineered for stability, long life, and continuous wave productivity. The portfolio supports short and ultrashort-pulse laser manufacturing and automotive production. Luxinar was acquired by Iradion's parent company in August 2024. STUTTGART, Germany - Q.ANT deployed its second-generation photonic processors in a high-performance computing (HPC) environment at the Leibniz Supercomputing Center (LRZ). The photonic processors, the Gen 2 Native Processing Units, act as photonic AI accelerators, delivering higher computational throughput and improved energy efficiency. The Gen 2 Native Processing Units integrate into existing HPC systems and operate alongside CPUs and GPUs under AI and scientific simulation workloads. The installation at LRZ will tackle industrial challenges in drug discovery, materials design, and adaptive optimization, where nonlinear complexity and energy efficiency are critical. TORONTO - Photonic computing company Xanadu and TELUS, a communications technology company, collaborated to advance sovereign quantum computing infrastructure in Canada and to explore the development of a quantum data center integrated with TELUS' infrastructure. The collaboration will explore how quantum processors can be combined with HPC systems to create a sovereign hybrid quantum-classical computing infrastructure in Canada. Xanadu will contribute its expertise in photonic quantum computing with TELUS' sovereign AI expertise, advanced data center operations, and coast-to-coast PureFibre network. This collaboration holds implications for fields like AI, drug discovery, materials science, cybersecurity, and national security. WESTBOROUGH, Mass. - Kopin Corporation, an optical systems and micro-display provider, has been awarded a Phase I Small Business Innovation Research contract from the U.S. Government to advance full color, smaller format micro-LED display technology. The contract supports the creation of a second full-color micro-LED display purpose-designed for several soldier-borne applications. These displays can be used in near-eye systems such as helmet-mounted visual information systems, advanced weapon sights, and other precision targeting devices. BOSTON - Flexcompute, a physics company, collaborated with GlobalFoundries (GF) to integrate GF's silicon photonics technology stack into PhotonForge, a photonic design and simulation platform. The collaboration will make it easier for engineers to align their device simulations with the intended manufacturing process. With GF's stack integrated, designers can work directly within PhotonForge to design and simulate devices using process-aligned layer definitions and material parameters. PALO ALTO, Calif. - PsiQuantum integrated NVIDIA's CUDA-Q with Construct, PsiQuantum's software suite for fault-tolerant quantum application development. CUDA-Q is the NVIDIA platform for hybrid quantum-classical computing, designed to enable developers to build and simulate quantum algorithms alongside GPU-accelerated classical workloads. The integration results in GPU-accelerated state-vector simulation of large-scale quantum algorithms, delivering up to 450x faster performance compared to CPU-based simulation. Integrating CUDA-Q into Construct enables tunable acceleration based on specific application needs. HILLSBORO, Ore. - Lattice Semiconductor has joined the NVIDIA Halos AI Systems Inspection Lab ecosystem, which is the first American National Standards Institute National Accreditation Board-accredited inspection lab for AI-driven physical systems. NVIDIA Halos is a comprehensive full-stack safety system for physical AI that merges safety elements across vehicle and robotics architectures. Also part of the ecosystem, the NVIDIA Holoscan Sensor Bridge is a hardware-accelerated, low-latency sensor-over-Ethernet technology built to enable scalable physical AI systems.

Edmund Optics(R) expands scientific imaging portfolio through new partnership with Teledyne Photometrics. Purpose-built scientific cameras now available at Edmund Optics, enabling streamlined, one-stop sourcing of scientific imaging system components through the company's marketplace. March 17, 2026, Barrington, NJ, USA - Edmund Optics(R), a leading global provider of optical and imaging technology solutions, has announced a new partnership with Teledyne Photometrics, bringing scientific-grade cameras to Edmund Optics' extensive portfolio for the first time. The partnership expands Edmund Optics' offering beyond machine vision into dedicated scientific imaging, addressing the growing demand for quantitative, low-light data capture in life science and research applications. Unlike adapted machine vision units, Teledyne Photometrics cameras are purpose-built for quantitative scientific imaging, enabling researchers and OEM system developers to capture weak signals with confidence, even in demanding environments. John McGuire, Brand Manager of Partner Products at Edmund Optics, commented: "Teledyne Photometrics is widely recognized for its leadership in scientific imaging and advanced sCMOS technology, and we are proud to bring their cameras into the Edmund Optics portfolio. This partnership reflects strong technical and strategic alignment between our organizations. By adding Teledyne Photometrics' scientific cameras to our Teledyne Vision Solutions lineup, we enable customers to build complete, high-performance scientific imaging systems through a single trusted supplier. Our shared presence in Tucson, Arizona further strengthens this collaboration, supporting closer engineering coordination and enhanced service for our customers." The models now available at Edmund Optics include: * Prime(TM) BSI Express USB 3.2 Cameras - A compact yet powerful sCMOS imaging solution delivering high-resolution, highly sensitive imaging at high speeds - even at low signal levels. * Iris(TM) USB 3.0 Cameras & Iris(TM) PCIe Cameras - The Iris family of sCMOS cameras provides high-resolution imaging at low magnification across fields of view up to 25 mm. With small 4.25 μm pixels, Iris enables detailed, high-throughput imaging of large samples without sacrificing image quality. * Moment(TM) USB 3.2 Cameras - An ultra-compact, 7-megapixel CMOS camera featuring a true global shutter that freezes moving objects in time. With data and power delivered through a single USB 3.2 Gen 2 cable, Moment simplifies integration while capturing images at up to 50 frames per second. * Retiga(TM) E USB Cameras - The Retiga E family brings long-exposure imaging into the CMOS era, with advanced thermal noise control enabling exposures from over an hour up to 10 hours, depending on model. With high pixel count sensors and exceptionally low dark current, Retiga E supports both high-speed imaging and ultra-weak signal detection. With this partnership, customers can now build complete scientific imaging systems, sourcing both camera and complementary optics, imaging lenses, microscopy objectives, illumination, accessories, and more, directly from Edmund Optics' 34,000+ product portfolio. With in-stock inventory, fast global shipping, and 24/7 live technical support, Edmund Optics provides a convenient and reliable one-stop shop for scientific imaging system sourcing. John Deasy, OEM Business Development at Teledyne Photometrics, commented: "We're excited to partner with Edmund Optics to expand access to Teledyne Photometrics' advanced imaging solutions. Edmund Optics is a trusted leader in imaging, optics, and photonics, and their extensive catalog of compatible components makes it easier than ever for customers to build complete imaging systems with confidence. Our cameras are top of the line - renowned for delivering exceptional sensitivity and low-noise performance for demanding applications like fluorescence microscopy and high-speed live-cell imaging. No other provider offers imaging solutions that match the precision and innovation of Teledyne Photometrics. This collaboration builds on the strong relationships Edmund Optics already has with other Teledyne divisions, and we're proud to support it by providing product training and resources to their team - ensuring customers receive expert guidance and support from the very first interaction." For customers, the partnership makes it easier to source complete imaging systems from a single, trusted supplier. With scientific cameras now available alongside Edmund Optics' established optical component portfolio, customers can design, prototype, and deploy imaging systems more efficiently and with greater confidence. The Teledyne Photometrics scientific camera range is now available in stock from Edmund Optics. About Edmund Optics: With over 80 years of experience, Edmund Optics is a trusted provider of high-quality optical components and solutions, serving industries like Life Sciences, Biomedical, Industrial Inspection, Semiconductor, and R&D. The company employs 1,300+ people across 19 global locations and continues to grow. As a leading optics and photonics company, Edmund Optics provides two specialized solutions: a robust Marketplace with 34,000+ off-the-shelf products and Advanced Manufacturing, which focuses on custom and volume production of precision optical and imaging components. Edmund Optics' Marketplace is a one-stop shop for over 34,000 in-stock products from in-house manufacturing and 40+ top-tier brands, covering the entire beam path with fast, easy purchasing. For tailored solutions, Advanced Manufacturing offers custom design, first-article production, and scalable manufacturing, supported by four global design centres and nine specialized factories producing over 2 million components and 175,000+ assemblies annually.

Edmund Optics Chairman and CEO Marisa Edmund appointed to Optica's Board of Directors. Edmund Optics(R), a leading global provider of optical and imaging technology solutions, is pleased to announce that its Chairman of the Board and Chief Executive Officer, Marisa (Mari) Edmund, has been appointed as a Director at Large for Optica for the 2026 - 2028 term. Optica, formerly The Optical Society of America (OSA), is a well-known global association advancing optics and photonics. Its Board of Directors is composed of distinguished leaders from academia, industry, and research who guide the organization's strategic direction and community impact. Mari's appointment is a testament to her strategic vision, influence, and dedication to the advancement of optical science and technology. As a third-generation family owner and executive at Edmund Optics, she has dedicated more than 27 years to driving innovation, growth, and collaboration within the global optics and photonics community. Under her leadership, Edmund Optics continues to strengthen its global presence, expand technological capabilities, and foster a culture of excellence and innovation across its worldwide teams. "Optica has long been a cornerstone of the optical science community," said Mari Edmund. "I'm honored to serve alongside such accomplished leaders and to help advance the organization's mission to inspire and empower the next generation of innovators." In addition to her new role with Optica, Mari is a Senior Member of SPIE and has served on multiple industry committees and boards, including the SPIE Board of Directors, the SPIE Exhibitor Committee, and the Direct Marketing Educational Foundation (now Marketing Edge). She holds a BSBA from Georgetown University and an MBA from Stockton College.