Enablence Technologies Inc
Dr. Bidnyk is the Director of R&D at Enablence Technologies. He has 20 years of experience in semiconductor chip design and manufacture. Leveraging recent progress in artificial intelligence, Dr. Bidnyk has led the deployment of machine learning and cloud services in managing the entire chip fabrication cycle at Enablence. His use of deep learning algorithms in the design, manufacture, and quality control has resulted in industry-leading chip performance with unparalleled fabrication yields. Working closely with research and technology centers around the world, Dr. Serge Bidnyk has pioneered numerous photonic chip architectures and has been responsible for advancements in the modeling of hybrid planar circuits. He is the creator of a domain-specific language that is critical for the design of large-scale photonic circuits with precise phase control. Dr. Bidnyk has over 80 scientific publications and 70 conference presentations worldwide, as well as 9 patents. He received a Ph.D. in Physics from Oklahoma State University (USA) and holds an Adjunct Professor position at the University of Ottawa (Canada).
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Enablence Technologies Inc
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Enablence Technologies Inc. designs, manufactures and sells optical components and subsystems for all three segments of optical networks. The Company's product line includes multiple wavelength channel transmission and receiving optical subassembly (TOSA/ROSA), and wavelength management products. It is engaged in the sale of its components and subsystems products to communications systems suppliers. It offers non-recurring engineering (NRE) development services for clients. The Company utilizes its technologies, including planar lightware circuit (PLC) intellectual property, in the production of an array of photonic components. Its product lines offer access by connecting homes and businesses to the network; metro by communicating rings within large cities, and long-haul by linking cities, countries and continents. It offers transmission, switching and routing, wavelengths management, and signal performance management for networks ranging from 1.25 to 100 gigabits per second.