Skorpios Technologies
Skorpios Technologies develops advanced optical communication products and operates a microstructures foundry service, recently relocating to a larger facility in Temecula, California to enhance its production capabilities.
Services
Skorpios Technologies provides a range of services that include fab, solution design, development, production, and analytics. Their expertise covers various stages from initial design concepts to full-scale production, ensuring comprehensive support for clients' projects. Additionally, they offer an array of metrology services such as ellipsometry, sonoscan, Atomic Force Microscopy (AFM), Scanning Electron Microscopy (SEM), Transmission Electron Microscopy (TEM), and Focused Ion Beam (FIB) services.
Products
Skorpios Technologies develops a broader suite of optical communication products under several categories, including Direct Detect, Coherent, Co-packaged Optics, and Lidar. They also offer wafer solutions including Blanket Wafers and Patterned Wafers, catering to various needs in the optical communication and semiconductor industries.
Proprietary Technology
Skorpios Technologies offers a proprietary technology named Tru-SiPh™ for true heterogeneous integration. This technology is designed to enhance the integration of different material systems onto a single silicon platform, enabling high-performance optical communication solutions.
Foundry Service
Skorpios Technologies operates a microstructures foundry service, providing specialized manufacturing capabilities for advanced optical and semiconductor components. This service supports the production of highly customized components with unique structural and material properties to meet precise client specifications.
New Temecula Facility
Skorpios Technologies recently relocated to a new 450,000 sq ft facility in Temecula, California. This state-of-the-art facility enhances their high-resolution lithography capabilities and supports a broad range of heterogeneous material integration. The relocation aims to meet the rising demand for silicon photonics and nanostructures applicable in fields such as AI, biomedical, advanced packaging, and military.