At this year’s OFC, the experts from INGENERIC will be showcasing precision collimator arrays for optical switching architectures in data communication, telecommunication systems and free-space optical switching.
As trusted manufacturer of complex and precise components, INGENERIC develops 1D and 2D micro-lens arrays for optical transceivers and switches using a manufacturing process known as “precision glass molding”. These fiber collimator arrays with superior form accuracy are used to optimize light transmission in fiber optic networks – precisely there, where reliability and highest efficiency are crucial criteria. As the dimension of the array structures are typically in the sub-millimeter-range, they enable efficient and high-speed data communication between servers and data centers.
The following high-precision micro-optics are ideal for applications such as free-space optical switching, signal coupling to single-mode and multi-mode fibers, and for use in data centers and telecommunications networks:
Reproducibility & scalability lead to tremendous cost savings while achieving perfect quality even at high volumes.
Small pitch errors on arrays ensure low beam pointing errors and high coupling efficiencies.
Small radius errors maintain high focal length uniformities of arrays.
Low form errors and surface roughness ensure low optical loss.
Negligible dead zones between the lenses prevent signal crosstalk.
High cleanliness and purity ensure stable performance and prevent contaminants that could affect optical quality or functionality.
Consistent quality control.
INGENERIC offers reliable and comprehensive expertise in the development and implementation of advanced optical solutions. Our core competency lies in the design and production of high-precision micro-optics and lens arrays, manufactured through the innovative “precision glass molding” process.
With extensive experience across the entire production chain, INGENERIC excels in: Optical design, tooling, precision glass molding of micro-optics and lens arrays for prototyping, small-batch production, and automated series production as well as dicing & coating.
Leveraging this broad technology portfolio, we provide tailored solutions in various areas, including a wide range of materials, flexible geometries, custom integration and assembly, cost-effective prototypes and small-series production, and high-volume production of optical components. Our commitment to precision and flexibility allows us to deliver the highest quality solutions to meet our clients’ unique needs.
At OFC, we are happy to assist you with our expertise and many years of experience to find the best solution for your individual requirements.
Our experts will be available to personally showcase our current product portfolio, answer technical questions, and discuss potential applications for your projects. Please feel free to contact us if you would like to arrange an appointment with us!
Dr. Stefan Hambuecker
The OFC 2025 (Optical Fiber Communication Conference and Exposition), taking place from April 1-3 in San Francisco, is a premier global event showcasing the latest advancements in fiber optic communications. This exhibition brings together industry professionals, researchers, and academics to explore cutting-edge technologies, innovative solutions, and future trends in optical communication systems.
The exhibition will feature more than 600 industry-leading companies representing the entire ecosystem of optical communications and networking. Attendees have the opportunity to explore groundbreaking technologies, innovative optical networking solutions, specialty fiber products, optical components, devices, systems, test equipment and software.
OFC 2025 is particularly interesting for visitors because it offers a unique opportunity to network with industry leaders, gain insights into the latest research and development, and discover potential collaborations and partnerships. The event is known for its high-quality science and comprehensive programming, making it an essential destination for anyone involved in or interested in the future of optical communications.
