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CamGraPhIC is a integrated photonics platform supports the ever-increasing data traffic demand with low-cost, and low-power consumption electro-optical engines.They provides compatible with many photonic materials, such as silicon and silicon nitride, and can be synthetised and integrated through scalable wafer-level processes. They supports the ever-increasing data traffic demand with low-cost, and low-power consumption electro-optical engines.

Frenetic specializes in the design and optimization of magnetic components, leveraging power electronics expertise alongside advanced simulation tools and artificial intelligence. The company's platform facilitates a streamlined transition from concept to production for engineers, offering precise modeling capabilities for power converter designs across various topologies. The Frenetic Simulator utilizes real-world physics-based optimization, allowing for customization of core materials, loss analysis, and integration of thermal modeling with high accuracy. Automated reporting features provide detailed insights into losses, specifications, and bill of materials, enhancing validation processes. Additionally, Frenetic connects engineers with leading manufacturers, ensuring effective design-to-production workflows. The platform is continually updated to address the demands of high-frequency applications, energy efficiency, and next-generation power architectures.

Frenetic specializes in the design and optimization of magnetic components, leveraging power electronics expertise alongside advanced simulation tools and artificial intelligence. The company's platform facilitates a streamlined transition from concept to production for engineers, offering precise modeling capabilities for power converter designs across various topologies. The Frenetic Simulator utilizes real-world physics-based optimization, allowing for customization of core materials, loss analysis, and integration of thermal modeling with high accuracy. Automated reporting features provide detailed insights into losses, specifications, and bill of materials, enhancing validation processes. Additionally, Frenetic connects engineers with leading manufacturers, ensuring effective design-to-production workflows. The platform is continually updated to address the demands of high-frequency applications, energy efficiency, and next-generation power architectures.

Optics11 B.V., founded in 2011 and headquartered in Amsterdam, Netherlands, specializes in the development and marketing of advanced optical fiber sensing systems. The company caters primarily to the energy and defense sectors, providing innovative solutions that enhance safety and operational efficiency. Its product portfolio includes state-of-the-art technologies such as the OTADES thin line array hydrophone system, which delivers high precision in underwater acoustic applications. Optics11's offerings also encompass structural health monitoring for critical infrastructures like bridges and tunnels, along with non-destructive testing and research capabilities. The company employs approximately 80 specialists and maintains a research and development center in Dublin, reflecting its commitment to innovation and collaboration within the defense industry. Optics11 is recognized as a leader in fiber optic acoustic emission sensing systems, ensuring reliable measurements in demanding environments and reinforcing its role as a key player in safeguarding vital assets.